CN107332727B - AP test method and system - Google Patents
AP test method and system Download PDFInfo
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- CN107332727B CN107332727B CN201710376950.8A CN201710376950A CN107332727B CN 107332727 B CN107332727 B CN 107332727B CN 201710376950 A CN201710376950 A CN 201710376950A CN 107332727 B CN107332727 B CN 107332727B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/08—Testing, supervising or monitoring using real traffic
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
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Abstract
the invention relates to the communication field, in particular to an AP test method and a system, a server side of the invention establishes connection relations with a plurality of client sides through a wireless access point AP respectively, and repeatedly sends files with preset sizes to the plurality of client sides in sequence in a unicast transmission mode within preset test time, obtains the time required by the server side for starting to send the files to the AP for restarting for the first time, the loss rate and the average transmission delay time of file transmission within the test time, the receiving rate of each client side for receiving the files and the total data amount of the received files, and judges whether the AP meets the requirements of interactive products or not according to the indexes; the optimal AP meeting the requirements of the interactive product can be obtained by the method, so that the interactive product can not cause abnormal phenomena during file transmission due to the performance problem of the AP, and the stable and reliable operation of the interactive product is ensured.
Description
Technical Field
the present invention relates to the field of communications, and in particular, to an AP testing method and system.
Background
in the existing AP (wireless access point) test, a local area network is first constructed, a connection is established with a wide area network through the local area network, and a client continuously downloads data from the wide area network through the local area network to test indexes such as the voltage, the signal and the transmission rate of the AP. The AP meeting the indexes can not be ensured to normally run by testing the AP through the method, so that the testing method is not suitable for interactive products of schools.
for example, in the environment of the existing K12 education product (smart classroom), a teacher uses a PC as a server to associate with an Android PAD student end (client) used by a plurality of students through an AP, and the AP plays a role of a bridge; the product meets some phenomena in the using process, for example, a teacher end (a server end) pushes lecture screen contents to all student ends, and abnormal phenomena that a plurality of student ends cannot receive the screen contents occur; and delaying the screen content (for example, after the student end of the same school A receives the screen content, the student end of the same school B receives the screen content after 15 seconds, which belongs to the abnormal phenomenon).
the reason for the abnormal phenomenon is that most of the APs cannot bear the long-time and continuous interactive transmission of 1 PC teacher end and a plurality of PAD students, so that the APs exceed the load, AP errors are generated, and the product problems occur.
as a modern education type product, a teacher end needs to push files or screen contents to a student end, a plurality of student ends can normally receive the files or the screen contents at the same time, the use of the product cannot be influenced due to the problem of the AP, and therefore the AP needs to be automatically tested, and the stable and reliable operation of an interactive product is guaranteed.
disclosure of Invention
The technical problem to be solved by the invention is as follows: the invention provides an AP test method and system.
In order to solve the above technical problem, the present invention provides an AP testing method, including the steps of:
s1: the method comprises the following steps that a server side establishes a connection relation with a plurality of client sides through a wireless Access Point (AP), wherein the number of the client sides is not more than a preset number;
S2: the server side sequentially sends files with preset sizes to a plurality of client sides through a unicast technology within preset test time;
s3: acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
S4: acquiring first restart time required by a server from the beginning of file sending to the first restart of the AP;
S5: acquiring the receiving rate and the total receiving data amount of each client in the testing time to obtain a receiving rate set and a receiving data amount set;
s6: and outputting the test result of the AP according to the receiving rate set, the receiving data total amount set, the first restart time, the loss rate and the average transmission delay time.
the invention also provides an AP test system, comprising:
The system comprises an establishing module, a judging module and a judging module, wherein the establishing module is used for establishing a connection relation between a server side and a plurality of client sides through a wireless Access Point (AP), and the number of the client sides is not more than the preset number;
the sending module is used for sending files with preset sizes to the plurality of clients in sequence by the server through a unicast technology within preset testing time;
The first acquisition module is used for acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
the second acquisition module is used for acquiring first restart time required by the server from the start of file sending to the first restart of the AP;
A third obtaining module, configured to obtain a receiving rate and a total amount of received data of each client within the test time to obtain a receiving rate set and a total amount of received data set;
and the output module is used for outputting the test result of the AP according to the receiving rate set, the total data receiving amount set, the first restart time, the loss rate and the average transmission delay time.
The invention has the beneficial effects that:
The server side of the invention establishes connection relations with a plurality of client sides through a wireless access point AP respectively, the number of the client sides is not more than 5, and files with preset sizes are sequentially and repeatedly sent to the plurality of client sides in a unicast transmission mode within preset test time to carry out fatigue test on the AP; acquiring the time required by the server to start to send the file to the AP for the first restart, the loss rate and the average transmission delay time of the file transmission in the test time, the receiving rate of each client for receiving the file and the total data amount of the received file, and judging whether the AP meets the requirements of interactive products or not according to the indexes; the optimal AP meeting the requirements of the interactive product can be obtained by the method, so that the interactive product can not cause abnormal phenomena during file transmission due to the performance problem of the AP, and the stable and reliable operation of the interactive product is ensured.
drawings
FIG. 1 is a flowchart illustrating steps of an AP testing method according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of an AP test system according to an embodiment of the present invention;
FIG. 3 is a schematic structural diagram of an output module according to an embodiment of the present invention;
description of reference numerals:
1. establishing a module; 2. a sending module; 3. a first acquisition module; 4. a second acquisition module; 5. a third obtaining module; 6. an output module; 7. a first calculation unit; 8. a second calculation unit; 9. a first output unit; 10. a second output unit; 11. a third output unit; 12. a fourth output unit; 13. a fourth obtaining module; 14. and a fifth output unit.
Detailed Description
In order to explain technical contents, objects and effects of the present invention in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.
The most key concept of the invention is as follows: the method comprises the steps that a server side sends files with preset sizes to a plurality of clients in sequence and repeatedly by utilizing a unicast technology within preset test time through an AP, the loss rate and the average transmission delay time during file transmission are obtained, the time required from the beginning of file sending to the first AP restarting is obtained, the receiving rate and the total receiving data amount of each client are obtained, the AP meeting requirements is obtained according to the data, and the stable and reliable operation of an interactive product is guaranteed.
referring to fig. 1, the present invention provides an AP testing method, which includes the following steps:
S1: the method comprises the following steps that a server side establishes a connection relation with a plurality of client sides through a wireless Access Point (AP), wherein the number of the client sides is not more than a preset number;
S2: the server side sequentially sends files with preset sizes to a plurality of client sides through a unicast technology within preset test time;
s3: acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
s4: acquiring first restart time required by a server from the beginning of file sending to the first restart of the AP;
s5: acquiring the receiving rate and the total receiving data amount of each client in the testing time to obtain a receiving rate set and a receiving data amount set;
s6: and outputting the test result of the AP according to the receiving rate set, the receiving data total amount set, the first restart time, the loss rate and the average transmission delay time.
The unicast technology is as follows: the server sends data to multiple clients through multiple lines at the same time, that is, the clients have multiple stations, and the server generates how many lines are in one-to-one correspondence, so that the relationship is one-to-one, or is called many-to-many (that is, multiple one-to-one).
As can be seen from the above description, the server side of the present invention establishes a connection relationship with a plurality of clients through the wireless access point AP, the number of the clients does not exceed 5, and repeatedly sends files of a preset size to the plurality of clients in sequence in a unicast transmission manner within a preset test time to perform a fatigue test on the AP; acquiring the time required by the server to start to send the file to the AP for the first restart, the loss rate and the average transmission delay time of the file transmission in the test time, the receiving rate of each client for receiving the file and the total data amount of the received file, and judging whether the AP meets the requirements of interactive products or not according to the indexes; the optimal AP meeting the requirements of the interactive product can be obtained by the method, so that the interactive product can not cause abnormal phenomena during file transmission due to the performance problem of the AP, and the stable and reliable operation of the interactive product is ensured.
Further, "obtaining the loss rate of the file transmission within the test time" specifically includes:
A preset control system sends ping commands to the APs in sequence according to a preset first time interval;
Obtaining the loss number of the file according to the times of losing the ping command value in the test time;
and obtaining the loss rate according to the loss number and the total times of file transmission in the test time.
From the above description, it can be known that the number of lost files can be accurately obtained according to the number of times of loss of the ping command value, so that the loss rate is obtained, and the stability and accuracy of data acquisition are improved.
further, the S4 specifically includes:
acquiring a first time point when a server starts to send a file;
acquiring a second time point when the ping command value is lost for the first time;
and obtaining the first restarting time required by the first restarting of the AP according to the first time point and the second time point.
from the above description, it can be known that the time point of the first restart of the AP is monitored through the ping command value, so that the time required by the server from the start of sending the file to the first restart of the AP can be accurately obtained, and the method is convenient and fast.
Further, the S6 specifically includes:
calculating first variance values of all elements in the receiving rate set, and if the first variance values are larger than a preset first variance threshold value, outputting the AP test result as unqualified;
otherwise, calculating second variance values of all elements in the received data total amount set, and if the second variance values are larger than a preset second variance threshold, outputting the AP test result as unqualified;
otherwise, if the first restarting time is less than the preset restarting time, outputting the test result of the AP as unqualified;
otherwise, if the loss rate is greater than a preset loss rate threshold value, outputting the test result of the AP as unqualified;
otherwise, if the average transmission delay time is greater than a preset delay time threshold, outputting the test result of the AP as unqualified;
otherwise, outputting the test result of the AP as qualified.
as can be seen from the above description, when the receiving rates and the total amount of received data of different clients fluctuate too much, the client cannot receive the file sent by the server synchronously, and thus the teacher sends the file through the server when the interactive product is used for lessons, and after one student receives the file, other students may receive the file after a period of time, which seriously affects the course of lessons and causes time waste; by the method, the AP with the receiving rate and the fluctuation condition of the total received data meeting expectations can be tested, so that different clients can receive files sent by the server simultaneously or in a smaller time range; meanwhile, if the first restarting time from the file sending of the server side to the first AP restarting is less than the preset restarting time, such as 45 minutes, the AP cannot support a lesson enough time to cause a fault, the experience of the interactive product is seriously influenced, and the AP which meets the expectation can be tested by the method; meanwhile, if the loss rate is greater than the preset loss rate threshold value and the average transmission delay time is greater than the preset delay time threshold value within the test time, the user experience process is influenced, the AP with the file loss rate and the average delay time meeting the requirements can be tested by the method, the normal and stable operation of the interactive product is guaranteed, and the user experience is improved.
further, the AP testing method further includes:
and acquiring the time required by restarting the AP each time in the test time to obtain a time set.
From the above description, the time required by the restart of the AP can be obtained by the above method, which is beneficial to further judging the performance of the AP and testing the AP meeting expectations.
Further, the S6 specifically includes:
And outputting the test result of the AP according to the time set, the receiving rate set, the total data receiving amount set, the first restart time, the loss rate and the average transmission delay time.
According to the description, the AP which meets the expectation can be tested through the data, the stable operation of the interactive product is guaranteed, and the class quality of teachers through the interactive product is improved.
referring to fig. 2 to 3, the present invention further provides an AP testing system, including:
the system comprises an establishing module 1, a judging module and a judging module, wherein the establishing module is used for establishing a connection relation between a server side and a plurality of client sides through a wireless access point AP, and the number of the client sides is not more than the preset number;
The sending module 2 is used for the server side to send files with preset sizes to a plurality of client sides in sequence through a unicast technology within preset testing time;
a first obtaining module 3, configured to obtain a loss rate and an average transmission delay time of the file transmission within the test time;
the second obtaining module 4 is configured to obtain a first restart time required by the server from the start of file sending to the first restart of the AP;
a third obtaining module 5, configured to obtain a receiving rate and a total amount of received data of each client within the test time, so as to obtain a receiving rate set and a total amount of received data set;
and an output module 6, configured to output the test result of the AP according to the receiving rate set, the total received data set, the first restart time, the loss rate, and the average transmission delay time.
as can be seen from the above description, the server side of the present invention establishes a connection relationship with a plurality of clients through the wireless access point AP, the number of the clients does not exceed 5, and repeatedly sends files of a preset size to the plurality of clients in sequence in a unicast transmission manner within a preset test time to perform a fatigue test on the AP; acquiring the time required by the server to start to send the file to the AP for the first restart, the loss rate and the average transmission delay time of the file transmission in the test time, the receiving rate of each client for receiving the file and the total data amount of the received file, and judging whether the AP meets the requirements of interactive products or not according to the indexes; the optimal AP meeting the requirements of the interactive product can be obtained through the system, so that the interactive product can not cause abnormal phenomena during file transmission due to the performance problem of the AP, and the stable and reliable operation of the interactive product is ensured.
further, the output module 6 includes:
a first calculating unit 7, configured to calculate first variance values of all elements in the receiving rate set, and if the first variance values are greater than a preset first variance threshold, output the AP test result as a non-qualification;
a second calculating unit 8, configured to calculate a second variance value of all elements in the received data total amount set if the second variance value is greater than a preset second variance threshold, and output the AP test result as a non-qualification;
A first output unit 9, configured to output the test result of the AP as a non-qualification if the first restart time is less than a preset restart time;
A second output unit 10, configured to, if the loss rate is greater than a preset loss rate threshold, output the test result of the AP as a non-qualification;
A third output unit 11, configured to, if the average transmission delay time is greater than a preset delay time threshold, output the test result of the AP as a non-qualification;
And a fourth output unit 12, configured to output the test result of the AP as a pass if not.
As can be seen from the above description, when the receiving rates and the total amount of received data of different clients fluctuate too much, the client cannot receive the file sent by the server synchronously, and thus the teacher sends the file through the server when the interactive product is used for lessons, and after one student receives the file, other students may receive the file after a period of time, which seriously affects the course of lessons and causes time waste; the system can test the AP with the receiving rate and the fluctuation condition of the total received data meeting expectations, so that different clients can receive files sent by the server simultaneously or in a smaller time range; meanwhile, if the first restarting time from the file sending of the server side to the first AP restarting is less than the preset restarting time, such as 45 minutes, the system represents that the AP is not enough to support a lesson, so that a fault is caused, the experience of an interactive product is seriously influenced, and the AP which meets the expectation can be tested through the system; meanwhile, if the loss rate is greater than the preset loss rate threshold value and the average transmission delay time is greater than the preset delay time threshold value within the test time, the user experience process can be influenced, the AP with the file loss rate and the average delay time meeting the requirements can be tested through the system, the normal and stable operation of the interactive product is guaranteed, and the user experience is improved.
Further, the AP test system further includes:
a fourth obtaining module 13, configured to obtain time required by restarting the AP each time within the test time, to obtain a time set.
from the above description, the system can obtain the time required by the restart of the AP, which is beneficial to further judging the performance of the AP and testing the AP meeting the expectation.
further, the output module 6 includes:
a fifth output unit 14, configured to output the test result of the AP according to the time set, the receiving rate set, the total received data set, the first restart time, the loss rate, and the average transmission delay time.
according to the description, the AP which meets the expectation can be tested through the data, the stable operation of the interactive product is guaranteed, and the class quality of teachers through the interactive product is improved.
Referring to fig. 1, a first embodiment of the present invention is:
The invention provides an AP test method, which comprises the following steps:
s1: the server side establishes a connection relation with a plurality of client sides through a wireless Access Point (AP), wherein the number of the client sides is not more than 5;
s2: the server side sequentially sends files with preset sizes to a plurality of client sides through a unicast technology within preset test time;
S3: acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
the specific step of obtaining the loss rate of the file transmission in the test time is as follows:
a preset control system sends ping commands to the APs in sequence according to a preset first time interval;
obtaining the loss number of the file according to the times of losing the ping command value in the test time;
and obtaining the loss rate according to the loss number and the total times of file transmission in the test time.
s4: acquiring first restart time required by a server from the beginning of file sending to the first restart of the AP;
The S4 specifically includes:
Acquiring a first time point when a server starts to send a file;
acquiring a second time point when the ping command value is lost for the first time;
and obtaining the first restarting time required by the first restarting of the AP according to the first time point and the second time point.
s5: acquiring the receiving rate and the total receiving data amount of each client in the testing time to obtain a receiving rate set and a receiving data amount set;
S6: and outputting the test result of the AP according to the receiving rate set, the receiving data total amount set, the first restart time, the loss rate and the average transmission delay time.
the S6 specifically includes:
calculating first variance values of all elements in the receiving rate set, and if the first variance values are larger than a preset first variance threshold value, outputting the AP test result as unqualified;
otherwise, calculating second variance values of all elements in the received data total amount set, and if the second variance values are larger than a preset second variance threshold, outputting the AP test result as unqualified;
otherwise, if the first restarting time is less than the preset restarting time, outputting the test result of the AP as unqualified;
Otherwise, if the loss rate is greater than a preset loss rate threshold value, outputting the test result of the AP as unqualified;
otherwise, if the average transmission delay time is greater than a preset delay time threshold, outputting the test result of the AP as unqualified;
otherwise, outputting the test result of the AP as qualified;
the above-described steps S3, S4, and S5 are performed simultaneously.
the second embodiment of the invention is as follows:
s1: the method comprises the following steps that a server side establishes a connection relation with a plurality of client sides through a wireless Access Point (AP), wherein the number of the client sides is not more than a preset number;
S2: the server side sequentially sends files with preset sizes to a plurality of client sides through a unicast technology within preset test time;
s3: acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
the specific step of obtaining the loss rate of the file transmission in the test time is as follows:
a preset control system sends ping commands to the APs in sequence according to a preset first time interval;
obtaining the loss number of the file according to the times of losing the ping command value in the test time;
And obtaining the loss rate according to the loss number and the total times of file transmission in the test time.
S4: acquiring first restart time required by a server from the beginning of file sending to the first restart of the AP;
the S4 specifically includes:
acquiring a first time point when a server starts to send a file;
acquiring a second time point when the ping command value is lost for the first time;
and obtaining the first restarting time required by the first restarting of the AP according to the first time point and the second time point.
S5: acquiring the receiving rate and the total receiving data amount of each client in the testing time to obtain a receiving rate set and a receiving data amount set;
s6: acquiring the time required by restarting the AP every time in the test time to obtain a time set;
s7: and outputting the test result of the AP according to the time set, the receiving rate set, the total data receiving amount set, the first restart time, the loss rate and the average transmission delay time.
the S7 specifically includes:
calculating first variance values of all elements in the receiving rate set, and if the first variance values are larger than a preset first variance threshold value, outputting the AP test result as unqualified;
otherwise, calculating second variance values of all elements in the received data total amount set, and if the second variance values are larger than a preset second variance threshold, outputting the AP test result as unqualified;
Otherwise, if the first restarting time is less than the preset restarting time, outputting the test result of the AP as unqualified;
Otherwise, if the loss rate is greater than a preset loss rate threshold value, outputting the test result of the AP as unqualified;
otherwise, if the average transmission delay time is greater than a preset delay time threshold, outputting the test result of the AP as unqualified;
otherwise, calculating the average value of the time set, and if the average value is larger than a preset threshold value, outputting the test result of the AP as unqualified;
otherwise, outputting the test result of the AP as qualified.
referring to fig. 2 to fig. 3, a third embodiment of the present invention is:
establishing a connection relation between a server side and a plurality of client sides through a wireless Access Point (AP) through an establishing module, wherein the number of the client sides is not more than a preset number, and sending an establishing result to a sending module; the sending module is used for the server side to send files with preset sizes to the plurality of clients in sequence through a unicast technology within preset testing time; the first acquisition module acquires the loss rate and the average transmission delay time of the file transmission in the test time, sends the loss rate to the second output unit and sends the average transmission delay time to the third output unit; the second acquisition module acquires first restarting time required by the server from the start of file sending to the first restarting of the AP, and sends the first restarting time to the first output unit; the third acquisition module acquires the receiving rate and the total amount of the received data of each client within the test time to obtain a receiving rate set and a total amount of the received data, and sends the receiving rate set to the first calculation unit and the total amount of the received data to the second calculation unit; the first calculation unit calculates first variance values of all elements in the receiving rate set, and if the first variance values are larger than a preset first variance threshold value, the AP test result is output to be unqualified; the second calculating unit is used for calculating a second variance value of all elements in the received data total amount set if the second variance value is not greater than a preset second variance threshold, and outputting the AP test result as unqualified; the first output unit is used for outputting the test result of the AP as unqualified if the first restart time is less than the preset restart time; the second output unit is used for outputting the test result of the AP as unqualified if the loss rate is larger than a preset loss rate threshold value; the third output unit is used for outputting the test result of the AP as unqualified if the average transmission delay time is larger than a preset delay time threshold value; and the fourth output unit is used for outputting the test result of the AP as qualified if the test result of the AP is not qualified.
in summary, the server side of the invention establishes a connection relationship with a plurality of clients through the wireless access point AP, the number of the clients does not exceed 5, and sends files of a preset size to the plurality of clients repeatedly in sequence in a unicast transmission manner within a preset test time to perform a fatigue test on the AP; acquiring the time required by the server to start to send the file to the AP for the first restart, the loss rate and the average transmission delay time of the file transmission in the test time, the receiving rate of each client for receiving the file and the total data amount of the received file, and judging whether the AP meets the requirements of interactive products or not according to the indexes; the optimal AP meeting the requirements of the interactive product can be obtained by the method, so that the interactive product can not cause abnormal phenomena during file transmission due to the performance problem of the AP, and the stable and reliable operation of the interactive product is ensured.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to other related technical fields, are included in the scope of the present invention.
Claims (8)
1. an AP test method, comprising the steps of:
S1: the method comprises the following steps that a server side establishes a connection relation with a plurality of client sides through a wireless Access Point (AP), wherein the number of the client sides is not more than a preset number;
S2: the server side sequentially sends files with preset sizes to a plurality of client sides through a unicast technology within preset test time;
S3: acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
S4: acquiring first restart time required by a server from the beginning of file sending to the first restart of the AP;
S5: acquiring the receiving rate and the total receiving data amount of each client in the testing time to obtain a receiving rate set and a receiving data amount set;
s6: outputting the test result of the AP according to the receiving rate set, the receiving data total amount set, the first restart time, the loss rate and the average transmission delay time;
wherein, the S6 specifically is:
calculating first variance values of all elements in the receiving rate set, and if the first variance values are larger than a preset first variance threshold value, outputting the AP test result as unqualified;
otherwise, calculating second variance values of all elements in the received data total amount set, and if the second variance values are larger than a preset second variance threshold, outputting the AP test result as unqualified;
Otherwise, if the first restarting time is less than the preset restarting time, outputting the test result of the AP as unqualified;
otherwise, if the loss rate is greater than a preset loss rate threshold value, outputting the test result of the AP as unqualified;
Otherwise, if the average transmission delay time is greater than a preset delay time threshold, outputting the test result of the AP as unqualified;
otherwise, outputting the test result of the AP as qualified.
2. the AP testing method according to claim 1, wherein the "obtaining the loss rate of the file transmission in the testing time" specifically comprises:
A preset control system sends ping commands to the APs in sequence according to a preset first time interval;
Obtaining the loss number of the file according to the times of losing the ping command value in the test time;
And obtaining the loss rate according to the loss number and the total times of file transmission in the test time.
3. the AP testing method according to claim 2, wherein the S4 specifically is:
Acquiring a first time point when a server starts to send a file;
Acquiring a second time point when the ping command value is lost for the first time;
and obtaining the first restarting time required by the first restarting of the AP according to the first time point and the second time point.
4. the AP testing method of claim 1, further comprising:
and acquiring the time required by restarting the AP each time in the test time to obtain a time set.
5. The AP test method according to claim 4, wherein the S6 is specifically:
and outputting the test result of the AP according to the time set, the receiving rate set, the total data receiving amount set, the first restart time, the loss rate and the average transmission delay time.
6. an AP test system, comprising:
the system comprises an establishing module, a judging module and a judging module, wherein the establishing module is used for establishing a connection relation between a server side and a plurality of client sides through a wireless Access Point (AP), and the number of the client sides is not more than the preset number;
The sending module is used for sending files with preset sizes to the plurality of clients in sequence by the server through a unicast technology within preset testing time;
the first acquisition module is used for acquiring the loss rate and the average transmission delay time of the file transmission within the test time;
the second acquisition module is used for acquiring first restart time required by the server from the start of file sending to the first restart of the AP;
a third obtaining module, configured to obtain a receiving rate and a total amount of received data of each client within the test time to obtain a receiving rate set and a total amount of received data set;
An output module, configured to output a test result of the AP according to the receiving rate set, the total received data set, the first restart time, the loss rate, and the average transmission delay time;
wherein the output module comprises:
The first calculation unit is used for calculating first variance values of all elements in the receiving rate set, and if the first variance values are larger than a preset first variance threshold value, the AP test result is output to be unqualified;
a second calculating unit, configured to calculate a second variance value of all elements in the received data total amount set if the second variance value is greater than a preset second variance threshold, and output the AP test result as a non-qualification result;
a first output unit, configured to output the test result of the AP as unqualified if the first restart time is less than a preset restart time;
A second output unit, configured to, if the loss rate is greater than a preset loss rate threshold, output the test result of the AP as a non-qualification;
a third output unit, configured to, if the average transmission delay time is greater than a preset delay time threshold, output the test result of the AP as a non-qualification;
And the fourth output unit is used for outputting the test result of the AP as qualified if the test result of the AP is not qualified.
7. The AP test system of claim 6, further comprising:
and the fourth obtaining module is used for obtaining the time required by restarting the AP every time in the test time to obtain a time set.
8. The AP test system of claim 7, wherein the output module comprises:
A fifth output unit, configured to output a test result of the AP according to the time set, the receiving rate set, the total received data set, the first restart time, the loss rate, and the average transmission delay time.
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