CN103763725A - Mobile terminal centralized control test and management method and device - Google Patents
Mobile terminal centralized control test and management method and device Download PDFInfo
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- CN103763725A CN103763725A CN201410037438.7A CN201410037438A CN103763725A CN 103763725 A CN103763725 A CN 103763725A CN 201410037438 A CN201410037438 A CN 201410037438A CN 103763725 A CN103763725 A CN 103763725A
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Abstract
The invention provides a mobile terminal centralized control test and management method and device. A mobile terminal to be measured is connected with control units, the control units are provided with operation systems, each control unit controls one mobile terminal, the multiple control units are connected with a test server through a network, the test server can obtain the current usable control units and information of the control units, the information of the control unit comprises mobile terminal connecting information, the mobile terminals are test and controlled through the control units, the control units and the mobile terminals are powered by a voltage-stabilized source, and each control unit and each mobile terminal are respectively and independently powered by the voltage-stabilized source through a turn-off control device. The method has the advantages that the connecting step is simplified, the mobile phone device conflict is reduced, the situation that a usb expansion card is unstable is avoided, power supply is stabilized, stability is improved, and the situation that a mobile phone device is unstable in communication is processed.
Description
Technical field
The invention belongs to mobile terminal device field tests, particularly relate to a kind of mobile terminal centralized control test and management method and device.
Background technology
In modern society, mobile terminal (mobile phone) has become indispensable necessity in people's life, especially in recent years, Intelligent mobile terminal (smart mobile phone) has presented the growth of explosion type especially, but the thing followed, because smart mobile phone specification is various, and various system version frequently issues, and must carry out compatibility test to smart mobile phone.
Conventional testing apparatus, as shown in Figure 1, testing software is deployed in Runner server (testing server), and plurality of mobile phones equipment is connected in Runner server by USB expansion card, and testing software scans and identifies cell phone apparatus, then mobile phone is tested.Wherein Runner server is windows operating system.
In use there are the following problems for this testing apparatus:
(1) testing mobile phone accesses the windows system of Runner server by USB, special driving need to be installed and could be identified by Windows.
(2) all testing mobile phones all access Windows system, if mobile phone is different model, may produces and drive conflict.
(3) Runner server access USB expansion card, USB expansion card likely can produce abnormality when big data quantity operates, the mobile phone that under this state, this USB expansion card accesses can all lose the connection with system, and, the abnormality of USB expansion card can only be recovered by restarting Windows system, consuming time and cause the mobile phone of in addition normal access cannot continue test assignment.
(4) cell phone apparatus is used USB confession electricity, in a large amount of test operations, may occur that electricity shortage causes the unsettled situation of mobile phone, especially increasing with current mobile phone screen, processor causes the extremely situation of power consumption of mobile phone more and more sooner, and USB confession electricity just seems awkward all the more.
(5) in test process, testing software frequent operation mobile phone, mobile phone there will be unsettled situation under full load situation, makes testing software to complete test by operating handset.The usb data line that only has in this case plug mobile phone, reconnects mobile phone and is again identified to recover normal communication and test operation, and original system cannot be processed this situation, directly causes test assignment failure.
Summary of the invention
The problem to be solved in the present invention is to propose a kind of mobile terminal centralized control test and management method and device, during plurality of mobile phones test, can not produce and drive conflict, can be due to the abnormal test assignment failure that affects other mobile phones of certain expansion card, mobile phone.
For achieving the above object, the technical scheme that the present invention takes is: a kind of mobile terminal centralized control test and management method, is characterized in that described method comprises, mobile terminal access control unit to be measured, control unit installing operating system, each control unit is controlled a mobile terminal; Control unit is a plurality of, and by network connecting test server, testing server can obtain current available control unit and information thereof, comprises mobile terminal link information, by control unit, mobile terminal is tested to control; Control unit and mobile terminal are used stabilized voltage power supply power supply, and stabilized voltage power supply is that each control unit and each mobile terminal are independently-powered respectively by turn-offing control appliance; Described shutoff control appliance connecting test server, testing server turn-offs the break-make of control appliance power supply by software control, and in order to control, mobile terminal power-off reconnects or control unit power-off restarting moving.
Preferably, described control unit is single-chip microcomputer, and described single-chip microcomputer is RaspberryPI single-chip microcomputer.
Further, described single-chip microcomputer installation system is linux system.
Preferably, described stabilized voltage power supply is that mobile terminal supply power mode is: stabilized voltage power supply is powered by two power lines that turn-off in control appliance connection mobile terminal USB interface.
Preferably, described shutoff control appliance is by serial ports connecting test server, and the software of testing server sends order by serial ports and controls the break-make of turn-offing control appliance power supply.
Preferably, described shutoff control appliance execution flow process is as follows:
(1) when test assignment failure, whether the shutoff process software module testing control unit of testing server can lead to by ping, can not end task, and can send shutoff order to turn-offing control appliance;
(2), if shutoff control appliance is carried out to turn-off orders successfully, the power supply that successfully disconnects and connect control unit and mobile phone again, if the failure of shutoff command execution is so again carried out and is turn-offed order;
(3) successfully disconnect and connect after the power supply of control unit and mobile phone again, more whether testing mobile phone can communicate by letter, be to continue test assignment, if can not communicate by letter, again carries out and turn-off order;
(4) if carry out continuously, turn-off order for 3 times and all carry out unsuccessfully, task finishes so.
The present invention also provides a kind of mobile terminal centralized control test and management device, is connected, and accesses mobile terminal to be measured with testing server, it is characterized in that: comprise the network switch, control unit, stabilized voltage power supply, shutoff control appliance; Mobile terminal to be measured accesses described control unit, control unit installing operating system, and each control unit is controlled a mobile terminal; Control unit is a plurality of, and interconnection network switch, by network connecting test server; Described stabilized voltage power supply is that each control unit and each mobile terminal are independently-powered respectively by turn-offing control appliance; Described shutoff control appliance connecting test server.
Preferably, described stabilized voltage power supply connects the Liang Tiao supply line in mobile terminal USB interface by turn-offing control appliance.
Preferably, described shutoff control appliance comprises control chip, relay, serial ports; Described control chip is by serial ports connecting test server; Described relay is connected with described control chip; Described relay is located on the connection line of two power lines in stabilized voltage power supply and each mobile terminal USB interface and on the connection line of stabilized voltage power supply and control unit, for realizing the break-make of two power line signal of mobile terminal USB interface, controls.
Preferably, described control unit is single-chip microcomputer, and described single-chip microcomputer is RaspberryPI single-chip microcomputer.
Further, described single-chip microcomputer installation system is linux system.
Beneficial effect of the present invention is:
(1) control unit (single-chip microcomputer) is linux system, and access mobile terminal (mobile phone) does not need to install driving and just can be identified.
(2) each control unit (single-chip microcomputer), only accesses a mobile terminal (mobile phone), can not produce and drive conflict.
(3) testing server, by network connection control unit (single-chip microcomputer), even if there is the unsettled situation of separate unit control unit (single-chip microcomputer), can not affect the test assignment of other control units (single-chip microcomputer) and mobile terminal (mobile phone) yet.
(4) use independent stabilized voltage power supply power supply, improved the stability of mobile terminal (mobile phone).
(5) when testing software and mobile terminal (mobile phone) can not proper communications, turn-offing control appliance closes the power supply of the power supply of control unit (single-chip microcomputer) and mobile terminal (mobile phone) reconnect, the operation of simulating hand plug usb data line, allow control unit (single-chip microcomputer) restart, and allow mobile terminal (mobile phone) reconnect control unit (single-chip microcomputer), can recover the proper communication of testing software and mobile terminal (mobile phone) like this, continue test assignment.
Accompanying drawing explanation
Fig. 1 is mobile terminal test apparatus structure schematic diagram in prior art.
Fig. 2 is structural representation of the present invention.
Fig. 3 is the execution schematic flow sheet of shutoff control appliance of the present invention.
Embodiment
Below in conjunction with specific embodiment, the present invention is described further.
As shown in Figure 2, Runner server is testing server, and PI is RaspberryPI single-chip microcomputer, and Runner server connects RaspberryPI equipment by the network switch, and RaspberryPI equipment connects cell phone apparatus by USB mouth.
Although RaspberryPI can access two USB device simultaneously, but for stability, a RaspberryPI only accesses a mobile phone, testing mobile phone is mainly Android system, RaspberryPI system is linux system, and access Android system mobile phone does not need to install driving and just can be identified.
Runner server test software is by socket and RaspberryPI devices communicating, and RaspberryPI equipment sends to testing software by cell phone apparatus information.
Stabilized voltage power supply is that RaspberryPI and cell phone apparatus are powered by turn-offing control appliance, turn-offs the break-make that control appliance can be powered by software control, reaches RaspberryPI system and restarts the object that disconnection reconnects with cell phone apparatus.
Described shutoff control appliance comprises control chip, relay, serial ports; Described control chip is by serial ports connecting test server; Described relay is connected with described control chip; Described relay is located on the connection line of two power lines in stabilized voltage power supply and each mobile terminal USB interface and on the connection line of stabilized voltage power supply and control unit, for realizing the break-make of two power line signal of mobile terminal USB interface, controls.
The present invention and prior art contrast:
(1) simplify Connection Step,
Old: testing mobile phone is mainly Android system, accesses windows system by USB and special driving need to be installed could be identified by Windows.
NEW:RaspberryPI system is linux system, and access Android system mobile phone does not need to install driving and just can be identified.
Implementation: windows changes linux into, linux system just can be identified mobile phone without special driving.
(2) reduce cell phone apparatus conflict
OLD: all testing mobile phones all access Windows system, if mobile phone is different model, may produces and drive conflict.
NEW: each RaspberryPI, only access a mobile phone, can not produce and drive conflict.
Implementation: although RaspberryPI can access two usb equipment simultaneously, for stability, a RaspberryPI only accesses a mobile phone.
(3) avoid the unstable situation of usb expansion card
Two USB expansion cards of OLD:Runner server access, USB expansion card likely can produce abnormality when big data quantity operates, the mobile phone that under this state, this USB expansion card accesses can all lose the connection with system, and, the abnormality of USB expansion card can only be recovered by restarting Windows system, and mobile phone consuming time and that cause other normal panel clamping to enter cannot continue test assignment.
NEW:Runner server connects RaspberryPI by network, even if there is the unsettled situation of separate unit RaspberryPI, also can not affect the test assignment of other RaspberryPI and mobile phone.
Implementation: connect cell phone apparatus with RaspberryPI as client and replace unsettled USB board.
(4) stable power-supplying improves stability
OLD: cell phone apparatus is used usb confession electricity, cell phone apparatus may occur that electricity shortage causes the unsettled situation of mobile phone in a large amount of test operations, especially with the increasing processor of current mobile phone screen, cause more and more sooner the extremely situation of power consumption of mobile phone, usb confession electricity just seems that catching girdle sees elbow all the more.
NEW: use independent stabilized voltage power supply power supply, improve the stability of mobile phone.
Implementation: have 4 circuits in USB port, wherein two is power line, and two is data telecommunication line, by transformation usb connecting line, is powered by stabilized voltage power supply power line is independent.
(5) process the cell phone apparatus unsettled situation of communicating by letter
OLD: in test process, testing software frequent operation mobile phone, mobile phone there will be unsettled situation under full load situation, makes testing software to complete test by operating handset.The usb data wire that only has in this case plug mobile phone, reconnects mobile phone and is again identified to recover normal communication and test operation, and original system cannot be processed this situation, directly causes test assignment failure.
NEW: when testing software and mobile phone can not proper communications, turn-offing control appliance closes the power supply of the power supply of RaspberryPI and mobile phone reconnect, the operation of simulating hand plug usb data wire, allow RaspberryPI restart, and allow cell phone apparatus reconnect RaspberryPI, can recover the proper communication of testing software and mobile phone like this, continue test assignment.
Implementation: mobile phone power supply is independently-powered by stabilized voltage power supply, in supply line, control appliance is turn-offed in access, can be controlled and be turn-offed the Power supply that control appliance disconnects and open certain equipment by software like this, realizes the object of restarting and recovering.
As shown in Figure 3, it is as follows that shutoff control appliance of the present invention is carried out flow process: when certain test assignment failure, whether the shutoff process software module testing RaspberryPI of Runner server can lead to by ping, otherwise ends task, and is to turn-offing control appliance, to send shutoff order; Turn-off control appliance execution shutoff and order successfully, the power supply that successfully disconnects and connect again RaspberryPI and mobile phone, whether testing mobile phone can communicate by letter again, is to continue test assignment, if can not communicate by letter, again carries out shutoff order; If turn-off order and all carry out unsuccessfully for 3 times, task finishes so.
Above one embodiment of the present of invention are had been described in detail, but described content is only preferred embodiment of the present invention, can not be considered to for limiting practical range of the present invention.All equalization variations of doing according to the present patent application scope and improvement etc., within all should still belonging to patent covering scope of the present invention.
Claims (10)
1. a mobile terminal centralized control test and management method, is characterized in that, described method comprises:
Mobile terminal access control unit to be measured, control unit installing operating system, each control unit is controlled a mobile terminal; Control unit is a plurality of, and by network connecting test server, testing server can obtain current available control unit and information thereof, comprises mobile terminal link information, by control unit, mobile terminal is tested to control;
Control unit and mobile terminal are used stabilized voltage power supply power supply, and stabilized voltage power supply is that each control unit and each mobile terminal are independently-powered respectively by turn-offing control appliance; Described shutoff control appliance connecting test server, testing server turn-offs the break-make of control appliance power supply by software control, and in order to control, mobile terminal power-off reconnects or control unit power-off restarting moving.
2. mobile terminal centralized control test and management method according to claim 1, is characterized in that: described control unit is single-chip microcomputer, and the operating system system of installation is linux system.
3. mobile terminal centralized control test and management method according to claim 1, is characterized in that: described stabilized voltage power supply is that mobile terminal supply power mode is: stabilized voltage power supply is powered by two power lines that turn-off in control appliance connection mobile terminal USB interface.
4. mobile terminal centralized control test and management method according to claim 1, it is characterized in that: described shutoff control appliance is by serial ports connecting test server, and the software of testing server sends order by serial ports and controls the break-make of turn-offing control appliance power supply.
5. according to the moving terminal centralized control test and management method described in claim 1 to 4 any one, it is characterized in that, it is as follows that described shutoff control appliance is carried out flow process:
(1) when test assignment failure, whether the shutoff process software module testing control unit of testing server can lead to by ping, can not end task, and can send shutoff order to turn-offing control appliance;
(2), if shutoff control appliance is carried out to turn-off orders successfully, the power supply that successfully disconnects and connect control unit and mobile phone again, if the failure of shutoff command execution is so again carried out and is turn-offed order;
(3) successfully disconnect and connect after the power supply of control unit and mobile phone again, more whether testing mobile phone can communicate by letter, be to continue test assignment, if can not communicate by letter, again carries out and turn-off order;
(4) if carry out continuously, turn-off order for 3 times and all carry out unsuccessfully, task finishes so.
6. a mobile terminal centralized control test and management device, is connected with testing server, and accesses mobile terminal to be measured, it is characterized in that: comprise the network switch, control unit, stabilized voltage power supply, shutoff control appliance; Mobile terminal to be measured accesses described control unit, control unit installing operating system, and each control unit is controlled a mobile terminal; Control unit is a plurality of, and interconnection network switch, by network connecting test server; Described stabilized voltage power supply is that each control unit and each mobile terminal are independently-powered respectively by turn-offing control appliance; Described shutoff control appliance connecting test server.
7. mobile terminal centralized control test and management device according to claim 6, is characterized in that: described stabilized voltage power supply connects two power lines in mobile terminal USB interface by turn-offing control appliance.
8. according to the mobile terminal centralized control test and management device described in claim 6 or 7, it is characterized in that: described shutoff control appliance comprises control chip, relay, serial ports; Described control chip is by serial ports connecting test server; Described relay is connected with described control chip; Described relay is located on the connection line of two power lines in stabilized voltage power supply and each mobile terminal USB interface and on the connection line of stabilized voltage power supply and control unit, for realizing the break-make of two power line signal of mobile terminal USB interface, controls.
9. mobile terminal centralized control test and management device according to claim 6, is characterized in that: described control unit is single-chip microcomputer.
10. mobile terminal centralized control test and management device according to claim 9, is characterized in that: described single-chip microcomputer is installed linux system.
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| CN106294256A (en) * | 2016-08-09 | 2017-01-04 | 乐视控股（北京）有限公司 | Recognition methods and identification device |
| CN106597085A (en) * | 2016-12-21 | 2017-04-26 | 珠海市魅族科技有限公司 | Power consumption testing method, device and system |
| CN106888235A (en) * | 2015-12-15 | 2017-06-23 | 卓望数码技术（深圳）有限公司 | Large-scale Mobile terminal management method and system based on Android prototype behavioural analysis |
| CN106911826A (en) * | 2015-12-23 | 2017-06-30 | 联芯科技有限公司 | The automation power consumption test method and system of a kind of terminal |
| CN112437335A (en) * | 2020-11-11 | 2021-03-02 | 海信视像科技股份有限公司 | Display equipment and external equipment connection processing method thereof |
| CN114200235A (en) * | 2021-12-06 | 2022-03-18 | 深圳融昕医疗科技有限公司 | Calibration system and calibration method for breathing machine |
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| CN112437335A (en) * | 2020-11-11 | 2021-03-02 | 海信视像科技股份有限公司 | Display equipment and external equipment connection processing method thereof |
| CN114200235A (en) * | 2021-12-06 | 2022-03-18 | 深圳融昕医疗科技有限公司 | Calibration system and calibration method for breathing machine |
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