CN104363611A - Switch test method and system - Google Patents
Switch test method and system Download PDFInfo
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- CN104363611A CN104363611A CN201410635950.1A CN201410635950A CN104363611A CN 104363611 A CN104363611 A CN 104363611A CN 201410635950 A CN201410635950 A CN 201410635950A CN 104363611 A CN104363611 A CN 104363611A
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Abstract
The invention provides a switch test method and system. The switch test method includes that a first signal generator and a second signal generator are controlled by a master control platform to respectively generate a first signal and a second signal, the first and second signals are subjected to signal fading through a fading simulator to acquire a faded signal, the faded signal is outputted to a terminal to be tested, the terminal to be tested is enabled to receive the faded signal and is connected with a network server under the control of the master control platform according to preset connection times, each communication signaling generated in every process that the terminal to be tested is connected with the network server is recorded through a signaling analysis device, the success times that the terminal to be tested is connected to the network server are determined according to each recorded communication signaling, and success rate that the terminal to be tested is connected to the network server is determined according to the success times and the preset connection times. Therefore, performance of the terminal switching between the wireless network environment and the mobile network environment is tested.
Description
Technical field
The present invention relates to the communications field, particularly relate to a kind of handoff testing method and system.
Background technology
Along with the development of wireless network and mobile network's technology; support that the mobile terminal of wireless network and mobile network have also been obtained generally to apply; therefore; use mobile terminal time and the area having wireless network to cover; the terminal that often can be moved is switched to the situation of wireless network from mobile network; or, mobile terminal gradually away from wireless network cover regional time, the terminal that can be moved is switched to the situation of mobile network from wireless network.Simultaneously, the radio networking device produced along with different vendor and the extensive application of mobile network appliance, therefore, on mobile terminals before city, when being necessary that testing mobile terminal switches between wireless network environment and mobile network environment, the performance (such as, success rate, the switch speed of mobile terminal switching) of mobile terminal.
Take wireless network as Wireless Fidelity (Wireless Fidelity, be called for short WiFi) be example, such as, when mobile terminal is switched to from the WiFi network that A manufacturer provides the mobile network that B manufacturer provides, whether the performance index of mobile terminal reach the performance index of expectation; When mobile terminal is switched to from the WiFi network that A manufacturer provides the mobile network that C manufacturer provides, whether the performance index of mobile terminal reach the performance index of expectation, judge the performance of mobile terminal with this.But, when also not providing a kind of Validity Test mobile terminal to switch between wireless network environment and mobile network environment in prior art, the scheme of the performance of mobile terminal.
Summary of the invention
The invention provides a kind of handoff testing method and system, to solve in prior art the problem of performance when also not providing a kind of Validity Test mobile terminal to switch between wireless network environment and mobile network environment.
For solving the problems of the technologies described above, first aspect of the present invention provides a kind of handoff testing method, comprising:
The intensity of the secondary signal that the intensity of the first signal that main control platform produces according to the first signal generator preset and the secondary signal generator that presets produce, controls described first signal generator and produces described first signal and described secondary signal generator produces described secondary signal;
Described main control platform, according to the decay rule pre-set, controls fading simulator and produces fading signal;
Described fading simulator receives described first signal and described secondary signal, and carries out signal fadeout by described fading signal to described first signal and described secondary signal, obtains the signal after decline, and the signal after described decline is exported to terminal to be measured;
Described terminal to be measured receives the signal after described decline, and is connected with the webserver under the control of described main control platform according to the connection number of times preset;
Each communication signaling that terminal to be measured described in signalling analysis equipment records and the described webserver occur in each connection procedure, and according to each communication signaling recorded, determine that described terminal to be measured is connected to the number of success of the described webserver, and determine that described terminal to be measured is connected to the success rate of the described webserver according to described number of success and the described connection number of times preset.
In an embodiment of above-mentioned handoff testing method, also comprise:
Described in described main control platform record, the first signal generator described first signal of generation and described secondary signal generator produce the time point of described secondary signal, and the time point that described first signal generator described first signal of generation and described secondary signal generator produce described secondary signal is sent to described signalling analysis equipment.
In an embodiment of above-mentioned handoff testing method, also comprise:
The time point that described in described signalling analysis equipment records, terminal to be measured is corresponding with each communication signaling that the described webserver occurs in each connection procedure, and the time point that each communication signaling is corresponding according to record, determine that described terminal to be measured is successfully connected to the time point of the described webserver.
In an embodiment of above-mentioned handoff testing method, also comprise:
Described signalling analysis equipment receives described first signal generator that described main control platform sends and produces the time point that described first signal and described secondary signal generator produce described secondary signal;
Described signalling analysis equipment is successfully connected to the time point of the described webserver and described first signal generator according to described terminal to be measured and produces the difference that described first signal and described secondary signal generator produce the time point of described secondary signal, determines that described terminal to be measured is successfully connected to the speed of the described webserver.
Second aspect of the present invention provides a kind of switch test system, comprising: main control platform, fading simulator, terminal to be measured and signalling analysis equipment;
Described main control platform, for the intensity of the secondary signal that the intensity of the first signal that produces according to the first signal generator preset and the secondary signal generator that presets produce, control described first signal generator and produce described first signal and described secondary signal generator produces described secondary signal; According to the decay rule pre-set, control fading simulator and produce fading signal;
Described fading simulator, for receiving described first signal and described secondary signal, and by described fading signal, signal fadeout is carried out to described first signal and described secondary signal, obtain the signal after decline, and the signal after described decline is exported to terminal to be measured;
Described terminal to be measured, for receiving the signal after described decline, and is connected with the webserver under the control of described main control platform according to the connection number of times preset;
Described signalling analysis equipment, for recording each communication signaling that described terminal to be measured and the described webserver occur in each connection procedure, and according to each communication signaling recorded, determine that described terminal to be measured is connected to the number of success of the described webserver, and determine that described terminal to be measured is connected to the success rate of the described webserver according to described number of success and the described connection number of times preset.
In an embodiment of above-mentioned switch test system, described main control platform, also produce for recording described first signal generator the time point that described first signal and described secondary signal generator produce described secondary signal, and described first signal generator is produced the time point that described first signal and described secondary signal generator produce described secondary signal and send to described signalling analysis equipment.
In an embodiment of above-mentioned switch test system, described signalling analysis equipment, also for recording the described terminal to be measured time point corresponding with each communication signaling that the described webserver occurs in each connection procedure, and the time point that each communication signaling is corresponding according to record, determine that described terminal to be measured is successfully connected to the time point of the described webserver.
In an embodiment of above-mentioned switch test system, described signalling analysis equipment, described first signal generator described first signal of generation and described secondary signal generator also for receiving the transmission of described main control platform produce the time point of described secondary signal; Successfully be connected to the time point of the described webserver and described first signal generator according to described terminal to be measured and produce the difference that described first signal and described secondary signal generator produce the time point of described secondary signal, determine that described terminal to be measured is successfully connected to the speed of the described webserver.
Handoff testing method provided by the invention and system, the intensity of the secondary signal that the intensity of the first signal produced according to the first signal generator preset by main control platform and the secondary signal generator that presets are produced, control the first signal generator and produce the first signal and secondary signal generator generation secondary signal, and according to the decay rule pre-set, control fading simulator and produce fading signal, fading simulator receives the first signal and secondary signal, and by fading signal, signal fadeout is carried out to the first signal and secondary signal, obtain the signal after decline, and the signal after decline is exported to terminal to be measured, signal after making terminal to be measured receive decline, and be connected with the webserver under the control of main control platform according to the connection number of times preset, and by each communication signaling that signalling analysis equipment records terminal to be measured and the webserver occur in each connection procedure, according to each communication signaling of record, determine that terminal to be measured is connected to the number of success of the webserver, and determine that terminal to be measured is connected to the success rate of the webserver according to number of success and the connection number of times preset.Thus can the performance of Validity Test mobile terminal when switching between wireless network environment and mobile network environment.
Accompanying drawing explanation
The flow chart of the handoff testing method that Fig. 1 provides for the embodiment of the present invention one;
The flow chart of the handoff testing method that Fig. 2 provides for the embodiment of the present invention two;
The structural representation of the switch test system 300 that Fig. 3 provides for the embodiment of the present invention three.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The flow chart of the handoff testing method that Fig. 1 provides for the embodiment of the present invention one.The situation of performance when the method for the present embodiment is applicable to switch between Validity Test mobile terminal wireless network environment and mobile network environment.The method is performed by switch test system, and this switch test system realizes in the mode of hardware and/or software usually.Before test, main control platform can carry out Initialize installation by the interface be connected with terminal to be measured to terminal to be measured, and to open terminal data function of surfing the Net to be measured, and the WiFi activating terminal to be measured connects, mobile network data service linkage function.The method of the present embodiment comprises the steps:
The intensity of the secondary signal that the intensity of the first signal that S110, main control platform produce according to the first signal generator preset and the secondary signal generator that presets produce, controls the first signal generator and produces the first signal and secondary signal generator produces secondary signal.
First signal generator can be WiFi signal generator, and the first signal can be WiFi signal.This WiFi signal generator can the WiFi chip of integrated current main-stream, the different chips that the strength control WiFi signal generator of the WiFi signal that main control platform can produce according to the WiFi signal generator preset is integrated produce strong signal or weak signal, if the intensity of the WiFi signal of the WiFi signal generator generation preset is strong signal, then main control platform controls the WiFi signal of WiFi signal generator generation is strong signal.Such as, WiFi signal generator is integrated with A, B, C, D chip, the A chip that main control platform can control WiFi signal generator produces strong signal or weak signal, also can control to produce strong signal or weak signal from A chip and be switched to control B chip or C chip or D chip and produce strong signal or weak signal.In like manner, if secondary signal generator is movable signal generator, secondary signal can be movable signal.Movable signal generator can simulate the base station that different vendor produces, the different anolog base station of strength control of the movable signal that main control platform can produce according to the movable signal generator preset produces strong signal or weak signal, if the intensity of the movable signal of the movable signal generator generation preset is strong signal, then main control platform controls the movable signal of movable signal generator generation is strong signal.Such as, movable signal generator can simulate first, second, third, fourth anolog base station, main control platform can control first anolog base station and produce strong signal or weak signal, also can control to produce strong signal or weak signal from first anolog base station and be switched to and control second anolog base station or the third anolog base station or fourth anolog base station and produce strong signal or weak signal.
It should be noted that, if the first signal generator is movable signal generator, the first signal can be movable signal, then secondary signal generator can be WiFi signal generator, and secondary signal can be WiFi signal.Concrete restriction is not done to the first signal generator and secondary signal generator in the present embodiment.
S120, main control platform, according to the decay rule pre-set, control fading simulator and produce fading signal.
S130, fading simulator receive the first signal and secondary signal, and carry out signal fadeout by fading signal to the first signal and secondary signal, obtain the signal after decline, and the signal after decline is exported to terminal to be measured.
Fading signal can superpose with the first signal and secondary signal by fading simulator, declines to carry out signal to the first signal and secondary signal, the scene residing for terminal to be measured that is virtually reality like reality.
S140, terminal to be measured receive the signal after decline, and are connected with the webserver under the control of main control platform according to the connection number of times preset.
Each communication signaling that S150, signalling analysis equipment records terminal to be measured and the webserver occur in each connection procedure, and according to each communication signaling recorded, determine that terminal to be measured is connected to the number of success of the webserver, and determine that terminal to be measured is connected to the success rate of the webserver according to number of success and the connection number of times preset.
In S140 to S150, if the connection number of times preset is 100, then main control platform can control terminal to be measured and carries out 100 times with the webserver and be connected, in each connection procedure, signalling analysis equipment can record each communication signaling between terminal to be measured and the webserver, and can according to each communication signaling between terminal to be measured and the webserver, determine that terminal to be measured is connected to the number of success of the webserver, if number of success is 90, then can determine that the success rate that terminal to be measured is connected to the webserver is 90% according to number of success and the connection preset number of times.
It should be noted that, if in S110, with the first signal generator for WiFi signal generator, first signal is the strong WiFi signal that A chip produces, secondary signal generator is movable signal generator, and secondary signal is the weak movable signal that first anolog base station produces is example, then in S110 to S150, can test terminal to be measured is switched to the scene of the WiFi network that A chip provides from the mobile network that first anolog base station provides, and terminal to be measured is connected to the success rate of the webserver.Certainly, also strong WiFi signal can be produced by main control platform control B chip or C chip or D chip, first anolog base station produces weak movable signal and tests terminal to be measured and be switched to the scene of the WiFi network that B chip or C chip or D chip provide from the mobile network that first anolog base station provides, and terminal to be measured is connected to the success rate of the webserver.The like, under testing the scene of strong WiFi signal or weak WiFi signal that A chip, B chip, C chip and D chip produce and the strong signal that first anolog base station, second anolog base station, the third anolog base station and fourth anolog base station produce or weak signal respectively, terminal to be measured is connected to the success rate of the webserver.
Concrete, the intensity of the secondary signal that the intensity of the first signal that main control platform produces according to the first signal generator preset and the secondary signal generator that presets produce, control the first signal generator and produce the first signal and secondary signal generator generation secondary signal, and according to the decay rule pre-set, control fading simulator and produce fading signal, fading simulator receives the first signal and secondary signal, and by fading signal, signal fadeout is carried out to the first signal and secondary signal, obtain the signal after decline, and the signal after decline is exported to terminal to be measured, signal after making terminal to be measured receive decline, and be connected with the webserver under the control of main control platform according to the connection number of times preset, and by each communication signaling that signalling analysis equipment records terminal to be measured and the webserver occur in each connection procedure, according to each communication signaling of record, determine that terminal to be measured is connected to the number of success of the webserver, and determine that terminal to be measured is connected to the success rate of the webserver according to number of success and the connection number of times preset.Thus can the performance of Validity Test mobile terminal when switching between wireless network environment and mobile network environment.
The handoff testing method that this enforcement provides, the intensity of the secondary signal that the intensity of the first signal produced according to the first signal generator preset by main control platform and the secondary signal generator that presets are produced, control the first signal generator and produce the first signal and secondary signal generator generation secondary signal, and according to the decay rule pre-set, control fading simulator and produce fading signal, fading simulator receives the first signal and secondary signal, and by fading signal, signal fadeout is carried out to the first signal and secondary signal, obtain the signal after decline, and the signal after decline is exported to terminal to be measured, signal after making terminal to be measured receive decline, and be connected with the webserver under the control of main control platform according to the connection number of times preset, and by each communication signaling that signalling analysis equipment records terminal to be measured and the webserver occur in each connection procedure, according to each communication signaling of record, determine that terminal to be measured is connected to the number of success of the webserver, and determine that terminal to be measured is connected to the success rate of the webserver according to number of success and the connection number of times preset.Thus can the performance of Validity Test mobile terminal when switching between wireless network environment and mobile network environment.
The present embodiment, based on above-described embodiment one, is optimized further, the flow chart of the handoff testing method that Fig. 2 provides for the embodiment of the present invention two.With reference to Fig. 2, the method for the present embodiment can comprise:
The intensity of the secondary signal that the intensity of the first signal that S210, main control platform produce according to the first signal generator preset and the secondary signal generator that presets produce, controls the first signal generator and produces the first signal and secondary signal generator produces secondary signal.
S220, main control platform record first signal generator produce the time point of the first signal and secondary signal generator generation secondary signal, and the time point the first signal generator being produced the first signal and secondary signal generator generation secondary signal sends to signalling analysis equipment.
S230, main control platform, according to the decay rule pre-set, control fading simulator and produce fading signal.
S240, fading simulator receive the first signal and secondary signal, and carry out signal fadeout by fading signal to the first signal and secondary signal, obtain the signal after decline, and the signal after decline is exported to terminal to be measured.
S250, terminal to be measured receive the signal after decline, and are connected with the webserver under the control of main control platform according to the connection number of times preset.
The time point that S260, signalling analysis equipment records terminal to be measured are corresponding with each communication signaling that the webserver occurs in each connection procedure, and the time point corresponding according to each communication signaling of record, determine that terminal to be measured is successfully connected to the time point of the webserver.
The first signal generator that S270, signalling analysis equipment reception main control platform sends produces the time point of the first signal and secondary signal generator generation secondary signal.
S280, signalling analysis equipment are successfully connected to the time point of the webserver and the first signal generator according to terminal to be measured and produce the difference that the first signal and secondary signal generator produce the time point of secondary signal, determine that terminal to be measured is successfully connected to the speed of the webserver.
Signalling analysis equipment can successfully be connected to the time point of the webserver and the first signal generator according to terminal to be measured and produce the difference that the first signal and secondary signal generator produce the time point of secondary signal, infers that terminal to be measured is successfully connected to the speed of the webserver.
It should be noted that, in order to ensure to shield external interference signal, noise in test process, terminal to be measured can be placed in signal shielding case.Simultaneously in order to ensure that terminal to be measured has sufficient electricity, can by electric power system for terminal to be measured provides stable electricity.
The handoff testing method that the present embodiment provides, the intensity of the secondary signal that the intensity of the first signal produced according to the first signal generator preset by main control platform and the secondary signal generator that presets are produced, control the first signal generator and produce the first signal and secondary signal generator generation secondary signal, and record the time point that the first signal generator produces the first signal and secondary signal generator generation secondary signal, this time point of record is sent to signalling analysis equipment, the time point that signalling analysis equipment records terminal to be measured is corresponding with each communication signaling that the webserver occurs in each connection procedure, and the time point corresponding according to each communication signaling of record, determine that terminal to be measured is successfully connected to the time point of the webserver, the difference of the time point that the time point of the webserver and main control platform send successfully is connected to according to terminal to be measured, determine that terminal to be measured is successfully connected to the speed of the webserver, thus can the performance of Validity Test mobile terminal when switching between wireless network environment and mobile network environment.
The structural representation of the switch test system 300 that Fig. 3 provides for the embodiment of the present invention three.With reference to Fig. 3, this switch test system comprises: main control platform 310, fading simulator 320, terminal to be measured 330 and signalling analysis equipment 340.
The intensity of the secondary signal that main control platform 310 produces for the intensity of the first signal that produces according to the first signal generator preset and the secondary signal generator that presets, controls the first signal generator and produces the first signal and secondary signal generator produces secondary signal; According to the decay rule pre-set, control fading simulator 320 and produce fading signal; Fading simulator 320 for receiving the first signal and secondary signal, and carries out signal fadeout by fading signal to the first signal and secondary signal, obtains the signal after decline, and the signal after decline is exported to terminal 330 to be measured; Terminal 330 to be measured for receiving the signal after decline, and is connected with the webserver under the control of main control platform 310 according to the connection number of times preset; Each communication signaling that signalling analysis equipment 340 occurs with the webserver for recording terminal 330 to be measured in each connection procedure, and according to each communication signaling recorded, determine that terminal 330 to be measured is connected to the number of success of the webserver, and determine that terminal 330 to be measured is connected to the success rate of the webserver according to number of success and the connection number of times preset.
Wherein, the first signal generator can be WiFi signal generator, and the first signal can be WiFi signal.This WiFi signal generator can the WiFi chip of integrated current main-stream, the different chips that the strength control WiFi signal generator of the WiFi signal that main control platform 310 can produce according to the WiFi signal generator preset is integrated produce strong signal or weak signal, if the intensity of the WiFi signal of the WiFi signal generator generation preset is strong signal, then main control platform 310 controls the WiFi signal of WiFi signal generator generation is strong signal.Such as, WiFi signal generator is integrated with A, B, C, D chip, the A chip that main control platform can control WiFi signal generator produces strong signal or weak signal, also can control to produce strong signal or weak signal from A chip and be switched to control B chip or C chip or D chip and produce strong signal or weak signal.In like manner, if secondary signal generator is movable signal generator, secondary signal can be movable signal.Movable signal generator can simulate the base station that different vendor produces, the different anolog base station of strength control of the movable signal that main control platform 310 can produce according to the movable signal generator preset produces strong signal or weak signal, if the intensity of the movable signal of the movable signal generator generation preset is strong signal, then main control platform 310 controls the movable signal of movable signal generator generation is strong signal.Such as, movable signal generator can simulate first, second, third, fourth anolog base station, main control platform 310 can control first anolog base station and produce strong signal or weak signal, also can control to produce strong signal or weak signal from first anolog base station and be switched to and control second anolog base station or the third anolog base station or fourth anolog base station and produce strong signal or weak signal.
It should be noted that, if the first signal generator is movable signal generator, the first signal can be movable signal, then secondary signal generator can be WiFi signal generator, and secondary signal can be WiFi signal.Concrete restriction is not done to the first signal generator and secondary signal generator in the present embodiment.
The switch test system that the present embodiment provides, may be used for the technical scheme performing embodiment of the method shown in Fig. 1, it realizes principle and technique effect is similar, repeats no more herein.
Further, main control platform 310, also produce the time point of the first signal and secondary signal generator generation secondary signal for recording the first signal generator, and the time point the first signal generator being produced the first signal and secondary signal generator generation secondary signal sends to signalling analysis equipment 340.
Further, signalling analysis equipment 340, also for recording the terminal 330 to be measured time point corresponding with each communication signaling that the webserver occurs in each connection procedure, and the time point corresponding according to each communication signaling of record, determine that terminal to be measured is successfully connected to the time point of the webserver.
Further, signalling analysis equipment 340, the first signal generator also sent for receiving main control platform produces the time point of the first signal and secondary signal generator generation secondary signal; Successfully be connected to the time point of the webserver and the first signal generator according to terminal to be measured and produce the difference that the first signal and secondary signal generator produce the time point of secondary signal, determine that terminal to be measured is successfully connected to the speed of the webserver.
It should be noted that, when testing, in order to shield external interference signal, noise, can terminal 330 to be measured be placed in signal shielding case, simultaneously in order to ensure that terminal to be measured has sufficient electricity, can by electric power system for terminal 330 to be measured provides stable electricity.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (8)
1. a handoff testing method, is characterized in that, comprising:
The intensity of the secondary signal that the intensity of the first signal that main control platform produces according to the first signal generator preset and the secondary signal generator that presets produce, controls described first signal generator and produces described first signal and described secondary signal generator produces described secondary signal;
Described main control platform, according to the decay rule pre-set, controls fading simulator and produces fading signal;
Described fading simulator receives described first signal and described secondary signal, and carries out signal fadeout by described fading signal to described first signal and described secondary signal, obtains the signal after decline, and the signal after described decline is exported to terminal to be measured;
Described terminal to be measured receives the signal after described decline, and is connected with the webserver under the control of described main control platform according to the connection number of times preset;
Each communication signaling that terminal to be measured described in signalling analysis equipment records and the described webserver occur in each connection procedure, and according to each communication signaling recorded, determine that described terminal to be measured is connected to the number of success of the described webserver, and determine that described terminal to be measured is connected to the success rate of the described webserver according to described number of success and the described connection number of times preset.
2. method according to claim 1, is characterized in that, also comprises:
Described in described main control platform record, the first signal generator described first signal of generation and described secondary signal generator produce the time point of described secondary signal, and the time point that described first signal generator described first signal of generation and described secondary signal generator produce described secondary signal is sent to described signalling analysis equipment.
3. method according to claim 2, is characterized in that, also comprises:
The time point that described in described signalling analysis equipment records, terminal to be measured is corresponding with each communication signaling that the described webserver occurs in each connection procedure, and the time point that each communication signaling is corresponding according to record, determine that described terminal to be measured is successfully connected to the time point of the described webserver.
4. method according to claim 3, is characterized in that, also comprises:
Described signalling analysis equipment receives described first signal generator that described main control platform sends and produces the time point that described first signal and described secondary signal generator produce described secondary signal;
Described signalling analysis equipment is successfully connected to the time point of the described webserver and described first signal generator according to described terminal to be measured and produces the difference that described first signal and described secondary signal generator produce the time point of described secondary signal, determines that described terminal to be measured is successfully connected to the speed of the described webserver.
5. a switch test system, is characterized in that, comprising: main control platform, fading simulator, terminal to be measured and signalling analysis equipment;
Described main control platform, for the intensity of the secondary signal that the intensity of the first signal that produces according to the first signal generator preset and the secondary signal generator that presets produce, control described first signal generator and produce described first signal and described secondary signal generator produces described secondary signal; According to the decay rule pre-set, control fading simulator and produce fading signal;
Described fading simulator, for receiving described first signal and described secondary signal, and by described fading signal, signal fadeout is carried out to described first signal and described secondary signal, obtain the signal after decline, and the signal after described decline is exported to terminal to be measured;
Described terminal to be measured, for receiving the signal after described decline, and is connected with the webserver under the control of described main control platform according to the connection number of times preset;
Described signalling analysis equipment, for recording each communication signaling that described terminal to be measured and the described webserver occur in each connection procedure, and according to each communication signaling recorded, determine that described terminal to be measured is connected to the number of success of the described webserver, and determine that described terminal to be measured is connected to the success rate of the described webserver according to described number of success and the described connection number of times preset.
6. system according to claim 5, it is characterized in that, described main control platform, also produce for recording described first signal generator the time point that described first signal and described secondary signal generator produce described secondary signal, and described first signal generator is produced the time point that described first signal and described secondary signal generator produce described secondary signal and send to described signalling analysis equipment.
7. system according to claim 6, it is characterized in that, described signalling analysis equipment, also for recording the described terminal to be measured time point corresponding with each communication signaling that the described webserver occurs in each connection procedure, and the time point that each communication signaling is corresponding according to record, determine that described terminal to be measured is successfully connected to the time point of the described webserver.
8. system according to claim 7, it is characterized in that, described signalling analysis equipment, described first signal generator described first signal of generation and described secondary signal generator also for receiving the transmission of described main control platform produce the time point of described secondary signal; Successfully be connected to the time point of the described webserver and described first signal generator according to described terminal to be measured and produce the difference that described first signal and described secondary signal generator produce the time point of described secondary signal, determine that described terminal to be measured is successfully connected to the speed of the described webserver.
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| CN105916160A (en) * | 2016-06-02 | 2016-08-31 | 乐视控股（北京）有限公司 | Method of simulating network switching and apparatus thereof |
| CN111049740A (en) * | 2019-12-25 | 2020-04-21 | 深圳前海微众银行股份有限公司 | Method and device for sending e-mail |
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| CN101247636A (en) * | 2007-02-15 | 2008-08-20 | 华为技术有限公司 | Method and system for measuring network switching time |
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| CN111049740A (en) * | 2019-12-25 | 2020-04-21 | 深圳前海微众银行股份有限公司 | Method and device for sending e-mail |
| CN111049740B (en) * | 2019-12-25 | 2023-04-18 | 深圳前海微众银行股份有限公司 | Method and device for sending e-mail |
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| CN104363611B (en) | 2018-02-23 |
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