CN105553782A - Communication link testing method and system - Google Patents
Communication link testing method and system Download PDFInfo
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- CN105553782A CN105553782A CN201610021160.3A CN201610021160A CN105553782A CN 105553782 A CN105553782 A CN 105553782A CN 201610021160 A CN201610021160 A CN 201610021160A CN 105553782 A CN105553782 A CN 105553782A
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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
- H04L43/0805—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters by checking availability
- H04L43/0811—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters by checking availability by checking connectivity
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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
- H04L43/0805—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters by checking availability
- H04L43/0817—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters by checking availability by checking functioning
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Abstract
The invention provides a communication link starting success rate testing method. The communication link starting success rate testing method comprises the steps of obtaining an IP address of a to-be-tested device; obtaining a serial number of a start control device which corresponds to the to-be-tested device; obtaining a test time and a test interval which correspond to the to-be-tested device; carrying out a communication link start testing step which comprises the sub-step of sending a control instruction to a start control device every the test interval to control the start control device to start for one time; when the start control device is controlled to start, sending a message to the to-be-tested device; judging whether a message response returned by the to-be-tested device is received; when the message response returned by the to-be-tested device is received, indicating that the communication link of the to-be-tested device is started successfully; otherwise, indicating that the start is failed; and obtaining a communication link starting success rate of a to-be-tested device based on the result of the communication link start testing step. The invention further provides a communication link starting success rate testing device. A test for the starting success rate of the communication link of the to-be-tested device is realized simply and automatically.
Description
Technical field
The present invention relates to communication test field, particularly relate to a kind of communication link method of testing and system.
Background technology
The industrial equipment of communication Network Based all can explicitly call for its startability, the success rate that after especially will ensureing the startup of this industrial equipment, communication link normally works.For transformer station, current regulation and control integrated technique has promoted transformer station's unattended operation O&M pattern, more and more higher to requirement information sent and a distant place controls, thus requires that the success rate that the communication link of the communication apparatus in transformer station starts reaches certain requirement.But the industrial equipment that part is important, the operation exception that the communication reliability as protective device is inadequate, communication abnormality causes happens occasionally, and the communication test therefore strengthening industrial equipment seems particularly important.Stand in the breach, after restarting, its communication link must normally work the communication device of industrial equipment, and concrete a bit saying will ensure exactly: the hardware and software of communication device is all able to normal work.So the communication link of communication device needs the startup test carrying out standard.
But existing various communication link starts method of testing and deficiency is as follows:
(1) method of manual testing is adopted: manually need complete a large amount of statistical works and the work of communication device electrifying startup, waste of manpower resource, efficiency is low;
(2) carry out startup test by PLC: cost is high, needs to purchase an expensive PLC and completes test, and require there is certain understanding to PLC programming language;
(3) working train family control appliance carries out communication test: when test system and analog machine only occur that a communication is unsuccessful, just again completes and cannot test, and causes the number of times of test inadequate, correctly cannot assess communication link and start success rate.
Summary of the invention
Based on this, the invention reside in and provide the communication link that can realize communication device automatically, exactly to start method of testing and device.
According to an aspect of the present invention, provide a kind of communication link to start success rate method of testing, it comprises the IP address obtaining Devices to test; Obtain the startup control device numbering that described Devices to test is corresponding; Obtain testing time corresponding to described Devices to test and test interval; Communication link starts testing procedure, comprising: give described startup control device every described test interval sending controling instruction, starts once to control described startup control device; When controlling described startup control device and starting, send message to described Devices to test; Judge whether to receive the message that described Devices to test returns to respond, when receiving message that described Devices to test returns and responding, the communication link being considered as described Devices to test starts successfully; Otherwise be considered as starting unsuccessfully; The communication link obtaining described Devices to test according to the result of described communication link startup testing procedure starts success rate.
According to a further aspect in the invention, providing a kind of communication link to start success rate testing apparatus, comprising IP acquisition module, for obtaining the IP address of Devices to test; Numbering acquisition module, for obtaining startup control device numbering corresponding to described Devices to test; Test parameter acquisition module, for obtaining testing time corresponding to described Devices to test and test interval; Starting test module, starting test for carrying out communication link, comprising instruction sending unit, for giving described startup control device every described test interval sending controling instruction, starting once to control described startup control device; Packet sending unit, for when controlling described startup control device and starting, sends message to described Devices to test; Judging unit, the message returned for judging whether to receive described Devices to test is responded, and when receiving message that described Devices to test returns and responding, the communication link being considered as described Devices to test starts successfully; Otherwise be considered as starting unsuccessfully; Statistical module, the communication link that the result for starting testing procedure according to described communication link obtains described Devices to test starts success rate.
Start success rate method of testing and device by above-mentioned communication link, compared to existing technologies, method of testing is simple and save hardware cost, have wider adaptability, automatically test can be completed, save human cost, only simply need configure, can automatically complete; For the scheme using analog machine, when test system and analog machine only occur that a communication is unsuccessful, just again complete and cannot test, cause the number of times of test inadequate, correctly cannot assess communication link and start success rate; For user, without the need to grasping complicated programming language, only need understand simple windows Dynamic System and completing IP configuration, start control device configuration and can complete automatic test.
Accompanying drawing explanation
The flow chart of the communication link startup success rate method of testing that Fig. 1 provides for one embodiment of the invention.
The schematic diagram of the communication link startup success rate test macro that Fig. 2 provides for one embodiment of the invention.
The flow chart of the communication link startup success rate method of testing that Fig. 3 provides for second embodiment of the invention.
The flow chart of the communication link startup success rate method of testing that Fig. 4 provides for third embodiment of the invention.
The flow chart of the communication link startup success rate method of testing that Fig. 5 provides for fourth embodiment of the invention.
The flow chart of the communication link startup success rate method of testing that Fig. 6 provides for fifth embodiment of the invention.
The structural representation of the communication link startup success rate testing apparatus that Fig. 7 provides for one embodiment of the invention.
The structural representation of the communication link startup success rate testing apparatus that Fig. 8 provides for second embodiment of the invention.
The structural representation of the communication link startup success rate testing apparatus that Fig. 9 provides for third embodiment of the invention.
Embodiment
For making object of the present invention, technical scheme and advantage clearly understand, below in conjunction with the drawings and the specific embodiments, the present invention is described in further detail.Should be understood that, embodiment described herein only in order to explain the present invention, does not limit protection scope of the present invention.
The automaticity of the industrial equipment of more and more communication apparatus Network Based increases, and wherein the communication link of communication device starts success rate is pass judgment on the important indicator of communication appliance performance, and therefore the communication link of communication device needs the startup test carrying out standard.
Refer to Fig. 1, the communication link provided for one embodiment of the invention starts success rate method of testing, and it comprises step.
S100, obtains the IP address of Devices to test.
Wherein Devices to test can be need arbitrarily to carry out the equipment that communication link starts test.As in an illustrative examples, this Devices to test is the protective device in hydroelectric station, and this protective device is used for automatically sending abnormal alarm signal to attendant when detecting abnormal in hydroelectric station.
S102, obtains the startup control device numbering that described Devices to test is corresponding.
Start control device and refer to that can control arbitrarily described Devices to test starts and the equipment with Address Recognition function, as relay or by controller and the switch element such as triode or metal-oxide-semiconductor form can control as described in the switch module that starts of Devices to test, for receiving startup control signal, and start Devices to test according to the control signal received.Usually, switching between open circuit and path once by controlling Devices to test, being and starting Devices to test once.
S104, obtains testing time corresponding to described Devices to test and test interval.
Wherein, testing time and test interval can be arranged as required, and it can be preset according to different Devices to test types, also manually can be inputted by tester.Preferably, the present embodiment mode is that mode by providing software application interface to carry out manually inputting realizes for the testing time of Devices to test and test interval.
S106, obtains and starts test instruction, carries out communication link and starts test, comprise the steps: according to beginning test instruction
S1061, gives every test interval sending controling instruction and starts control device, starts once to control starting control device;
S1063, when controlling to start control device startup, sends message to Devices to test;
S1065, judges whether to receive the message that described Devices to test returns and responds, and when receiving message that described Devices to test returns and responding, the communication link being considered as described Devices to test starts successfully; Otherwise be considered as starting unsuccessfully.
Start by repeatedly controlling to start control device according to test interval, namely control Devices to test to start, and judge whether Devices to test starts successfully by sending message with the mode receiving the message response that Devices to test returns, when receiving the message response that Devices to test returns after sending message, namely the communication link being considered as Devices to test starts successfully once, when not receiving the message response that Devices to test returns after sending message in Preset Time, the communication link being namely considered as this Devices to test starts unsuccessfully once.Tested by the startup of the quantity of testing time, and start successfully or start failed number of times carry out record to each.
S108, the communication link obtaining Devices to test according to the result of communication link startup testing procedure starts success rate.
When the number of times communication link of described Devices to test being started to test reaches described testing time, according to the result of the step that the startup by S106 is tested, can obtain the successful number of times of startup of the communication link of this Devices to test and start failed number of times, thus the communication link that can calculate this Devices to test starts success rate.
Success rate method of testing is started by this communication link, do not need expensive PLC, do not need to carry out complicated programming yet, only need control device be corresponding with Devices to test connects by startup, and the IP address of device under test and start after control appliance is configured, be illustrated in figure 2 and run terminal 200 that this communication link starts success rate method of testing and Devices to test 300 and start the test system structure schematic diagram that control device 202 forms, the communication link getting final product device under test 300 starts test automatically, and to test total degree and start successfully, start failed number of times to add up respectively, obtain the startup success rate of the communication link of this Devices to test 300.This communication link starts success rate method of testing and improves method of testing, improves Test Application scope, comprises following advantage: 1, automatically complete test, and save human cost, completing of test only need simply configure; 2, for the scheme using analog machine, when test system and analog machine only occur that a communication is unsuccessful, just again complete and cannot test, cause the number of times of test inadequate, correctly cannot assess communication link and start success rate.3, in user, without the need to grasping complicated programming language, only needing simple windows Dynamic System to complete IP configuration, the configuration of startup control device can complete automatic test.
Wherein, the terminal running this communication link startup success rate method of testing preferably belongs to same Ethernet Modbus communication network with described startup control device and Devices to test, any Devices to test that this communication link startup success rate method of testing also can realize for being positioned at this same Ethernet Modbus communication network is tested, applied range.
In another embodiment, this startup control device 202 comprises the exit relay 203 in the electric power loop being connected in series in described Devices to test.As shown in Figure 3, step S102, obtains the step of startup control device numbering corresponding to described Devices to test, specifically comprises:
S1021, obtains the numbering of the exit relay 203 corresponding with Devices to test;
S1061, gives every described test interval sending controling instruction and starts control device, to control to start control device startup step once, specifically comprises:
S1062, every described test interval sending controling instruction to exit relay 203, closes to control exit relay 203-opens once.
In the present embodiment, start control device be preferably support Ethernet Modbus communications protocol, band can the equipment of exit relay of remote control.Start control device 202 and comprise multiple exit relay 203, these exit relays 203 are corresponding with multiple Devices to test 300 respectively, the corresponding Devices to test 300 of each exit relay 203.Wherein starting control device 202 can the control command that sends of recipient remote terminal 200 and control exit relay 203 and close or open, exit relay 203 cuts out-opens once, namely represent that Devices to test 300 restarts once, by controlling the closedown-unlatching of exit relay 203 respectively, to control the startup of multiple Devices to test 300 respectively, realize the test to multiple Devices to test 300.
In another embodiment, this method of testing also comprises the step of registration, and the step of this registration comprises:
S201, obtains the instruction of request registration;
S203, log-on message is imported registration table to complete registration by the instruction according to described request registration.
When running this communication link startup success rate method of testing, by the instruction of the mode of double click operation as request registration, thus log-on message can be imported registration table to complete registration.For the terminal that part can not run this communication link startup success rate method of testing first automatically, log-on message can be loaded by the mode of registration and just can test again.
As shown in Figure 4, in one embodiment, this method of testing also comprises the step of adding Devices to test, and the step of this interpolation Devices to test comprises:
S301, obtains and adds Devices to test instruction;
S302, according to adding, Devices to test instruction obtains the IP address of new Devices to test, the startup control device corresponding with new Devices to test is numbered and corresponding testing time and test interval with new Devices to test;
S303, carries out described communication link using new Devices to test as Devices to test and starts testing procedure;
S304, the communication link obtaining new Devices to test according to the result of communication link startup testing procedure starts success rate.
Can realize carrying out to multiple Devices to test the test that communication link starts success rate by adding Devices to test.When testing, first after obtaining the IP address of a Devices to test, corresponding startup control device numbering and the testing time corresponding with Devices to test and test interval, can by adding Devices to test, input the IP address of another new Devices to test, corresponding startup control device numbering and the testing time corresponding with it and test interval, different Devices to tests can determine testing time corresponding with it and test interval according to the feature of himself, the test of each Devices to test is relatively independent to be carried out.Wherein add Devices to test instruction to be produced by the mode of software application interface click interpolation function button, also can be inputted by the mode such as keyboard or touch screen.
In another embodiment, as shown in Figure 5, this method of testing also comprises the step of deleting Devices to test, and the step of this deletion Devices to test comprises:
S305, obtains and deletes Devices to test instruction;
S306, deletes according to deleting Devices to test instruction the relevant information having Devices to test.
Deleting Devices to test can be delete the Devices to test inputted before test, as the IP address error of the Devices to test of input or when have input the Devices to test not needing to carry out this test, can click corresponding Devices to test Information, then click is deleted.Delete Devices to test also can be after a test the Devices to test inputted is deleted, as complete test, contain in input information mistake or need selection to delete according to other.If deletion does not complete the Devices to test of test, then the relevant information of this Devices to test mainly comprises the IP address of this Devices to test, the startup control device corresponding with this Devices to test is numbered, the test parameter etc. corresponding with this Devices to test, if deletion has completed the Devices to test of test, then the relevant information of this Devices to test has also comprised the test result of this Devices to test.
This communication link starts in success rate method of testing, and the mode of increase and deletion Devices to test is flexible, and can support the test of the relatively independent startup success rate to multiple Devices to test, and implementation method is simple and adaptability is good.
As shown in Figure 6, in another embodiment, this method of testing also comprises the step that batch imports or derives Devices to test information, and the step that this batch imports Devices to test information comprises:
S401, obtains and imports configuration-direct;
S402, obtains according to importing configuration-direct and imports Devices to test data;
S403, carries out communication link according to Devices to test data and starts testing procedure;
S404, the communication link starting the result acquisition Devices to test of testing procedure according to communication link starts success rate.
The step that this batch derives Devices to test information comprises:
S405, obtains and derives configuration-direct;
S406, exports according to derivation configuration-direct and derives Devices to test data.
Batch importing Devices to test information can realize a step and import the IP address of multiple Devices to test, corresponding startup control device numbering and the testing time corresponding with Devices to test and test interval, fill in tables of data by the relevant information of multiple Devices to test according to the form preset, again the disposable batch of data filled in tables of data is imported, thus the step of repeatedly adding new Devices to test can be saved.Wherein, the form preset comprises to be recorded the testing time of the IP address of multiple Devices to test, corresponding startup control device numbering and correspondence and test interval with the ranks form of setting.
Batch derives the test result one step derivation that Devices to test information can realize the Devices to test by completing test, selected rear derivation is carried out to needing the Devices to test of deriving, convenient checking and checking for test result, also be convenient to carry out qualitative or quantitative analysis to test result, for the performance study promoting Devices to test is supported.
As shown in Figure 7, in another embodiment, provide a kind of communication link and start success rate testing apparatus, comprise IP acquisition module 20, numbering acquisition module 21, test parameter acquisition module 22, start test module 23 and statistical module 24.
IP acquisition module 20 is for obtaining the IP address of Devices to test.
Numbering acquisition module 21 is for obtaining startup control device numbering corresponding to Devices to test.
Test parameter acquisition module 22 is for obtaining testing time corresponding to Devices to test and test interval.
Start test module 23 and start test for carrying out communication link.This startup test module 23 comprises instruction sending unit 231, packet sending unit 232 and judging unit 233.Instruction sending unit 231 starts control device for giving every described test interval sending controling instruction, starts once to control starting control device.Packet sending unit 232, for when controlling to start control device startup, sends message to Devices to test.Judging unit 233 is responded for the message judging whether to receive described Devices to test and return, and when receiving message that Devices to test returns and responding, the communication link being considered as Devices to test starts successfully, otherwise is considered as starting unsuccessfully.
The communication link that statistical module 24 obtains Devices to test for the result starting testing procedure according to communication link starts success rate.
In one embodiment, startup control device comprises the exit relay in the electric power loop being connected in series in described Devices to test.Numbering acquisition module 21 is specifically for obtaining the numbering of the exit relay corresponding with Devices to test.Startup test module 23, specifically for giving described exit relay every test interval sending controling instruction, is closed-is opened to control exit relay once; When exit relay is opened, send message to Devices to test; Judge whether to receive the message that Devices to test returns to respond, when receiving message that Devices to test returns and responding, the communication link being considered as Devices to test starts successfully, otherwise is considered as starting unsuccessfully.
As shown in Figure 8, in one embodiment, this communication link startup success rate testing apparatus also comprises interpolation instruction acquisition module 31.This interpolation instruction acquisition module 31 adds Devices to test instruction for obtaining.IP acquisition module 20 is also for obtaining the IP address of new Devices to test according to the instruction of described interpolation Devices to test.Numbering acquisition module 21 is also numbered for obtaining the startup control device corresponding with described new Devices to test.Test parameter acquisition module 22 is also for obtaining the testing time corresponding with described new Devices to test and test interval.Start test module 23 and also start testing procedure for described new Devices to test is carried out described communication link as described Devices to test.The communication link that the result of statistical module 24 also for starting testing procedure according to described communication link obtains new Devices to test starts success rate.
In another embodiment, this communication link startup success rate testing apparatus also comprises delete instruction acquisition module 32 and removing module 33.This delete instruction acquisition module 32 deletes Devices to test instruction for obtaining.
Removing module 33 is for deleting according to deleting Devices to test instruction the relevant information having Devices to test.
As shown in Figure 9, in one embodiment, this communication link startup success rate testing apparatus also comprises importing instruction acquisition module 41 and upper transmission module 42.This importing instruction acquisition module 41 is for obtaining importing configuration-direct.On this, transmission module 42 imports Devices to test data for obtaining according to described importing configuration-direct.Start test module 23 and also start testing procedure for carrying out described communication link according to Devices to test data.The communication link that the result of statistical module 24 also for starting testing procedure according to described communication link obtains described Devices to test starts success rate.
Preferably, this communication link startup success rate testing apparatus also comprises derives instruction acquisition module 43 and download module 44.This derivation instruction acquisition module 43 is for obtaining derivation configuration-direct.This download module 44 derives Devices to test data for exporting according to derivation configuration-direct.
The communication link that the embodiment of the present invention provides starts success rate method of testing and device, compared to existing technologies, method of testing is simple and save hardware cost, have wider adaptability, automatically test can be completed, save human cost, only simply need configure, can automatically complete; For the scheme using analog machine, when test system and analog machine only occur that a communication is unsuccessful, just again complete and cannot test, cause the number of times of test inadequate, correctly cannot assess communication link and start success rate; For user, without the need to grasping complicated programming language, only need understand simple windows Dynamic System and completing IP configuration, start control device configuration and can complete automatic test.
The foregoing describe the specific embodiment of the present invention, it describes comparatively concrete and detailed, but therefore can not be interpreted as limitation of the scope of the invention.For the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.
Claims (10)
1. communication link starts a success rate method of testing, and it comprises:
Obtain the IP address of Devices to test;
Obtain the startup control device numbering that described Devices to test is corresponding;
Obtain testing time corresponding to described Devices to test and test interval;
Communication link starts testing procedure, comprising: give described startup control device every described test interval sending controling instruction, starts once to control described startup control device;
When controlling described startup control device and starting, send message to described Devices to test;
Judge whether to receive the message that described Devices to test returns to respond, when receiving message that described Devices to test returns and responding, the communication link being considered as described Devices to test starts successfully; Otherwise be considered as starting unsuccessfully;
The communication link obtaining described Devices to test according to the result of described communication link startup testing procedure starts success rate.
2. communication link as claimed in claim 1 starts success rate method of testing, it is characterized in that: described startup control device comprises the exit relay in the electric power loop being connected in series in described Devices to test; The step of the startup control device numbering that the described Devices to test of described acquisition is corresponding, specifically comprises:
Obtain the numbering of the exit relay corresponding with described Devices to test;
Describedly give described startup control device every described test interval sending controling instruction, start step once to control described startup control device, specifically comprise:
Give described exit relay every described test interval sending controling instruction, close-open to control described exit relay once.
3. communication link as claimed in claim 1 starts success rate method of testing, it is characterized in that: also comprise:
Obtain the instruction of request registration;
Log-on message is imported registration table to complete registration by the instruction according to described request registration.
4. communication link as claimed in claim 1 starts success rate method of testing, it is characterized in that: also comprise:
Obtain and add Devices to test instruction;
Obtain the IP address of new Devices to test according to the instruction of described interpolation Devices to test, the startup control device corresponding with described new Devices to test number and corresponding testing time and test interval with described new Devices to test;
Described new Devices to test is carried out described communication link as described Devices to test and starts testing procedure;
The communication link obtaining described new Devices to test according to the result of described communication link startup testing procedure starts success rate.
5. communication link as claimed in claim 1 starts success rate method of testing, it is characterized in that: also comprise:
Obtain and delete Devices to test instruction;
The relevant information of existing Devices to test is deleted according to described deletion Devices to test instruction.
6. communication link as claimed in claim 1 starts success rate method of testing, it is characterized in that: also comprise:
Obtain and import configuration-direct;
Obtain according to described importing configuration-direct and import Devices to test data;
Carry out described communication link according to described Devices to test data and start testing procedure;
The communication link obtaining described Devices to test according to the result of described communication link startup testing procedure starts success rate;
Obtain and derive configuration-direct;
Export according to described derivation configuration-direct and derive Devices to test data.
7. communication link starts a success rate testing apparatus, and it comprises:
IP acquisition module, for obtaining the IP address of Devices to test;
Numbering acquisition module, for obtaining startup control device numbering corresponding to described Devices to test;
Test parameter acquisition module, for obtaining testing time corresponding to described Devices to test and test interval;
Starting test module, starting test for carrying out communication link, comprising: instruction sending unit, for giving described startup control device every described test interval sending controling instruction, starting once to control described startup control device;
Packet sending unit, for when controlling described startup control device and starting, sends message to described Devices to test;
Judging unit, the message returned for judging whether to receive described Devices to test is responded, and when receiving message that described Devices to test returns and responding, the communication link being considered as described Devices to test starts successfully; Otherwise be considered as starting unsuccessfully;
Statistical module, the communication link that the result for starting testing procedure according to described communication link obtains described Devices to test starts success rate.
8. communication link as claimed in claim 1 starts success rate testing apparatus, it is characterized in that: described startup control device comprises the exit relay in the electric power loop being connected in series in described Devices to test; Described numbering acquisition module, specifically for obtaining the numbering of the exit relay corresponding with described Devices to test;
Described startup test module, specifically for giving described exit relay every described test interval sending controling instruction, closing-opening to control described exit relay once; When described exit relay is opened, send message to described Devices to test; Judge whether to receive the message that described Devices to test returns to respond, when receiving message that described Devices to test returns and responding, the communication link being considered as described Devices to test starts successfully; Otherwise be considered as starting unsuccessfully.
9. communication link as claimed in claim 1 starts success rate testing apparatus, it is characterized in that: also comprise:
Adding instruction acquisition module, adding Devices to test instruction for obtaining;
Described IP acquisition module, also for obtaining the IP address of new Devices to test according to the instruction of described interpolation Devices to test; Described numbering acquisition module, also numbers for obtaining the startup control device corresponding with described new Devices to test; Described test parameter acquisition module, also for obtaining the testing time corresponding with described new Devices to test and test interval;
Described startup test module, also starts testing procedure for described new Devices to test is carried out described communication link as described Devices to test;
Described statistical module, the communication link that the result also for starting testing procedure according to described communication link obtains described new Devices to test starts success rate;
Delete instruction acquisition module, deletes Devices to test instruction for obtaining;
Removing module, for deleting the relevant information of existing Devices to test according to described deletion Devices to test instruction.
10. communication link as claimed in claim 1 starts success rate testing apparatus, it is characterized in that: also comprise:
Import instruction acquisition module, for obtaining importing configuration-direct;
Upper transmission module, imports Devices to test data for obtaining according to described importing configuration-direct;
Described startup test module, also starts testing procedure for carrying out described communication link according to described Devices to test data;
Described statistical module, the communication link that the result also for starting testing procedure according to described communication link obtains described Devices to test starts success rate;
Derive instruction acquisition module, for obtaining derivation configuration-direct;
Download module, derives Devices to test data for exporting according to described derivation configuration-direct.
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| CN112491637A (en) * | 2019-09-12 | 2021-03-12 | 北京车和家信息技术有限公司 | Communication performance test method, first communication device, and computer-readable storage medium |
| CN113505031A (en) * | 2021-06-29 | 2021-10-15 | 珠海太川云社区技术股份有限公司 | Up-down test method, up-down test device and readable storage medium |
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