CN103793306A - Testing method and device for automatic startup and shutdown of electronic products - Google Patents
Testing method and device for automatic startup and shutdown of electronic products Download PDFInfo
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- CN103793306A CN103793306A CN201410072152.2A CN201410072152A CN103793306A CN 103793306 A CN103793306 A CN 103793306A CN 201410072152 A CN201410072152 A CN 201410072152A CN 103793306 A CN103793306 A CN 103793306A
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Abstract
The invention provides a testing method and device for automatic startup and shutdown of electronic products. The testing device comprises an embedded control system unit, a human-computer interaction interface unit, a power supply switch control unit, a communication interface unit and an auxiliary extended function unit. The testing method comprises the steps that the tested electronic products can freely select and use any communication interface from the interface unit according to the self interface type to be in many-for-one communication with the testing device; the tested electronic products send a startup message to the testing device after being started up or roused from the standby state; the testing device determines whether the electronic products are successfully started up or not according to the startup message; if it is detected that the electronic products are successfully started up, a power source of the tested electronic products is controlled to act in an outage-powering on or standby-rousing mode so that the tested electronic products can be restarted; if it is detected that the electronic products fail to be started up, abnormal startup information and related processing are recorded. By the testing method and device for automatic startup and shutdown of the electronic products, testing is more efficient and stable, and testing results are reliable.
Description
Technical field
The proving installation and the method that the present invention relates to a kind of electronic product, be particularly applied in the test of electronic equipment automatic switching.
Background technology
The various electronic products that emerge in an endless stream are just changing our life style, and as a kind of electronic product, switching on and shutting down stability is its most basic performance index.Therefore the stability test that, needs to carry out switching on and shutting down in the volume production of electronic equipment after development or research and development complete.But electronic equipment occurs that the abnormal problem of switching on and shutting down is conventionally more random, the probability of its appearance and tested sample size are normally positively related.If desired the large situation of test sample book amount, goes test, reproduction to confirm whether switching on and shutting down have abnormal problem thereby need to drop into larger manpower, time cost, and this test job is dull to be repeated and differ to reflect surely true problem.For the method for testing of switching on and shutting down, current existing technology is once only tested for an electronic equipment conventionally, cannot carry out multiple switching on and shutting down tests simultaneously, the lower and confirmation effect deficiency to problem of testing efficiency; In addition, the testing apparatus of prior art is only supported certain specific communication interface, for example USB interface or serial ports UART, and the supported tested electronic device types of such testing apparatus is less.Based on above-mentioned background, people are badly in need of a kind of efficient quick method and apparatus to the test of electronic equipment machine.
The invention provides a kind of electronic equipment machine method of testing and equipment of efficient quick, this equipment has multiple communication interface, can adapt to polytype electronic equipment, can carry out switching on and shutting down test to multiple electronic products simultaneously, improve greatly testing efficiency, effectively saved manpower, time cost.
Summary of the invention
because described in background technology, be necessary to provide a kind of and can effectively improve testing efficiency and can guarantee test result novel equipment and method accurately.
the object of the invention is to be achieved through the following technical solutions:
A kind of testing apparatus of electronic equipment automatic switching; It is characterized in that, this equipment comprises: embedded control system unit, human-computer interaction interface unit, power switch control module, communications interface unit and auxiliary expanded function unit.
According to the difference of tested electronic equipment start-up mode, its adaptation: the electronic product that uses the various switching on and shutting down types of " long by power key " switching on and shutting down, power on/cut-off switch of routine machine, the switching on and shutting down of reception external command.
Testing apparatus as claimed in claim 1, it is characterized in that: described embedded control system unit is the digital processing unit intelligent cell with software program running the embedded control system unit being formed with the corresponding program software/operating system of collocation by the integrated circuit that possesses digital processing and control function of single-chip microprocessor MCU or flush bonding processor CPU.
Described man-machine interaction unit comprises display panel, controls the components and parts of button and various suggesting effects, or merge the integrated element of demonstration, button, prompting element function, or for user provides, test parameter operation, status display interface are intuitively set.
Described power switch control module is provided with gauge tap, it is for powering for tested electronic equipment provides AC/DC as required, and the power supply of tested electronic equipment is opened or turn-offed, realized by the gauge tap of controlling described power switch control module by embedded control system unit.
The type of described communications interface unit comprises: standard multi-thread/unibus data protocol, or user make by oneself off-gauge multi-thread/monobus lin protocol, or the wireless access communication interface of wireless communication protocol based on IEEE802.11, IEEE802.15, IEEE802.16 or IEEE802.20 standard, be respectively used to mate the interface type of tested electronic equipment self, thereby realize the many-one communication between tested electronic equipment and testing apparatus.
Described auxiliary expanded function unit is for making described testing apparatus adapt to different switching on and shutting down/standby wakeup mode that different electronic products use and the extended function module increasing; Or provide instant test exception reporting and the gsm module, wireless and wired network control module or the bluetooth module that increase to research and development technology personnel in time for convenient.
Described embedded control system unit is for judging the whether success of switching on and shutting down operations of tested electronic equipment, and for by the whether success of display end display switch machine, and each test mode information in above-mentioned multiple electronic equipment.
Described man-machine interaction unit is for setting switching on and shutting down content measurement for user, and this setting content comprises quantity, interface type, switching on and shutting down type, switching on and shutting down number of times, the switching on and shutting down time interval and/or the switching on and shutting down abnormality processing mode of tested electronic equipment; And/or the test mode information of each test product is recorded in demonstration.
A kind of method of testing of electronic equipment automatic switching: it is characterized in that, comprise the following steps: (1) target detection electronic equipment 1,2,3...n select suitable communication interface and power supply interface to access above-mentioned autoamtic on-off tester; (2) intelligent control system unit 101 sends instruction control and opens the switch of power supply unit 103, makes the tested electronic equipment of target 1,2, the 3....n start of switching on; (3) tested electronic equipment sends boot-strap information by communication interface end to testing apparatus, and testing apparatus receives boot-strap information and confirms: if successfully start, execution step (4); If start is abnormal, execution step (7); (4) after confirming that tested electronic equipment is started shooting successfully, autoamtic on-off tester sending controling instruction cuts off the power supply of tested electronic equipment, makes its power-off shutdown; Or, send standby/shutdown command by communication interface to tested equipment, make its standby/shutdown; (5) tested electronic equipment is sent and closes machine information to testing apparatus by communication interface end; Testing apparatus receives closes machine information and confirms; (6) testing apparatus is confirmed to shut down successfully, and the power supply that sends instruction control and open the tested electronic equipment of target, makes its start that powers on; Or sending start to target test equipment wakes instruction up, make tested electronic equipment wake start up; (7) power supply of the tested electronic equipment of recording exceptional boot-strap information, and force disconnect; (8) repeating step (2)-(6).
with respect to prior art, the present invention has the following advantages:
Tested target electronic device can freely select any one communication interface and main control unit in test interface unit to communicate according to its own interfaces type, and this step can be that multiple tested electronic equipments carry out many-one with main control unit 101 and communicate by letter.Elected making good use of after suitable communication mode, sends boot-strap information to main control unit 101 after tested electronic equipment start or standby wakeup, and main control unit judges and confirms that whether electronic equipment start is successful after receiving boot-strap information.If the turn-off-opening action of power supply that detecting starts shooting successfully controls tested electronic equipment makes tested electronic equipment power-off restarting, or controlling tested electronic equipment re-starts standby-wake actions.If tested electronic equipment start is unsuccessful, the hardware information of the equipment under test of recording exceptional start and abnormal boot-strap information, can control as required the expanded function (as abnormal in sent the report of GSM note) of extended function module 105 simultaneously and immediately notify technician current test status.Testing apparatus can be taken turns the multiple tested electronic equipments of current control and be repeated above-mentioned steps, the switching on and shutting down stability test of high efficiency realization to electronic equipment; Simultaneously according to the switching on and shutting down information of obtaining tested electronic equipment, utilize self extended function module to providing feedback record timely to development technique personnel.
User only need to set the basic demands such as communication interface, switching on and shutting down testing time and the time interval that equipment under test selects, switching on and shutting down type (power on-cut-off switch machine or standby-wake-up switch machine), switching on and shutting down abnormality eliminating method at man-machine interaction unit 102, this autoamtic on-off tester can carry out switching on and shutting down test to tested electronic equipment on request, test process no longer needs artificial participation, test process is simple and convenient, has saved greatly manpower and time cost.
Simultaneously, the expansion module such as GSM, wireless network that selectivity increases on extended function module 105 also can provide the real-time transmission of detecting information or allow the autoamtic on-off tester can remote controlled, thereby research staff can better monitor the duty of autoamtic on-off tester and the test process of target equipment under test in conjunction with other instruments.
Accompanying drawing explanation
Fig. 1: the structural drawing of testing apparatus of the present invention
The explanation of Reference numeral
100: autoamtic on-off tester
101: embedded control system unit
102: man-machine interaction unit;
103: power switch control module;
104: communications interface unit;
105: auxiliary expanded function unit;
107:Device 1, Device 2 ... Device N is tested target electronic device.
Specific embodiment
Now further illustrate in detail in conjunction with specific embodiments technical scheme of the present invention.Specific embodiment is only a kind of embodiment of the present invention, and the present invention is not had to restriction effect, all in spiritual scope of the present invention to the reasonable distortion of specific embodiment all within protection scope of the present invention.
Embodiment 1:
As 107 being a kind of band UART/USB interface in accompanying drawing, possesses idle function, the electronic equipment (as televisor, Set Top Box etc.) that needs external AC/DC power supply to carry out work.These electronic equipments be connected with 104 in autoamtic on-off tester 100 by UART or USB interface and with 101 communicate, meanwhile, the power supply interface of these electronic equipments is connected to 103, by the power switch of 101 controller set top box devices.Tester, by arranging 102, sets some electronic equipments that can start in 100 pairs 107 after relevant switching on and shutting down test event (as the quantity of electronic equipment, interface type, switching on and shutting down type, switching on and shutting down number of times, the switching on and shutting down time interval, switching on and shutting down abnormality processing mode etc.) for these electronic equipments and carries out switching on and shutting down test.
Switching on and shutting down tests starts, and 100 can open 103 power switch works on power 107 all devices.According to the switching on and shutting down type of equipment in 107, there are corresponding two kinds of switching on and shutting down content measurements:
1, the test of power on-cut-off switch machine
After equipment in 107 normally powers on, 100 meetings successively Polling receive n the boot-strap information that electronic equipment sends out in 107.If 100 receive the normal boot-strap information that n tested electronic equipment sends, 100 can record start data and the test mode of this electronic equipment, then the power supply of this electronic equipment is done to " power-off-powering on " operation, and it is restarted.If the boot-strap information of n electronic equipment transmission is undesired or do not send at the appointed time boot-strap information; regard this electronic equipment start as undesired; 100 can record its abnormal information, then the power supply of this electronic equipment is done to " power-off-powering on " operation, and it is restarted.By that analogy, 100 can be according to tester's setting, in turn and repeat to complete the switching on and shutting down test job to n electronic equipment in 107 according to above-mentioned flow process.And 102 can be in the process of test, finally show that all detecting informations, Unit 105 also can use gsm module, wireless module to send the relevant information of whole test process to research and development tester.
2, the test of standby-wake-up switch machine
Suppose that the equipment in 107 is receive external wireless remote signal (infrared signal, Bluetooth signal or other types wireless signal) or press " Power " key and realize standby and arousal function, and Unit 105 can be expanded to realize and send the function of " standby/waking up " instruction.After equipment in 107 normally powers on, 100 meetings successively Polling receive n the boot-strap information that electronic equipment sends out in 107.If 100 receive the normal boot-strap information that n tested electronic equipment sends, 100 can record start data and the test mode of this electronic equipment, then control Unit 105 to this electronic equipment transmission " standby-waking up " operation, and it is restarted.If the boot-strap information of n electronic equipment transmission is undesired or do not send at the appointed time boot-strap information; regard this electronic equipment start as undesired; 100 can record its abnormal information; and control Unit 105 and this electronic equipment is sent to " standby-waking up " operation it is restarted; if now this equipment still cannot be restarted; 100 can record its abnormal information again, then the power supply of this electronic equipment is done to " power-off-powering on " operation, and its pressure is restarted.By that analogy, 100 can be according to tester's setting, in turn and repeat to complete the switching on and shutting down test job to n electronic equipment in 107 according to above-mentioned flow process.And 102 can be in the process of test, finally show that all detecting informations, Unit 105 also can use gsm module, wireless (network) module to send the relevant information of whole test process to research and development tester.
Embodiment 2:
If 107 n electronic equipment in accompanying drawing is a kind of band USB interface, use " long by power key " start or " long by power key " after selection shut down, restart, there is the electronic equipment (as Pad, mobile phone) of internal battery." long by power key " boot action, " long by power key " rear function of selecting to send shutdown, instruction of restarting can be realized in Unit 105 of expansion.These electronic equipments are connected with 100 equipment by USB interface, equipment 100 control by controlling Unit 105 these electronic equipments switching on and shutting down, restart.
According to the switching on and shutting down type of equipment in 107, there are corresponding two kinds of switching on and shutting down content measurements:
1, length is pressed power key-start-shutdown test
After equipment normal boot-strap in 107,100 meetings successively Polling receive n the boot-strap information that electronic equipment sends out in 107.If 100 receive the normal boot-strap information that n tested electronic equipment sends, 100 can record start data and the test mode of this electronic equipment, control again Unit 105 and make the power supply of this electronic equipment do " long by power key shutdown-start " operation, it is restarted.If the boot-strap information of n electronic equipment transmission is undesired or do not send at the appointed time boot-strap information; regard this electronic equipment start as undesired; 100 can record its abnormal information; control again Unit 105 and make the power supply of this electronic equipment do " long by power key shutdown-start " operation, it is restarted.If now this electronic equipment still cannot be restarted, 100 can record its special switching on and shutting down information, and test abnormity notifying to research staff's transmit button machine in time by GSM, wireless (network) module of Unit 105.
By that analogy, 100 can be according to tester's setting, in turn and repeat to complete the switching on and shutting down test job to n electronic equipment in 107 according to above-mentioned flow process.And 102 can be in the process of test, finally show that all detecting informations, Unit 105 also can use gsm module, wireless module to send the relevant information of whole test process to research and development tester.
2, long by power key-restart test
After equipment normal boot-strap in 107,100 meetings successively Polling receive n the boot-strap information that electronic equipment sends out in 107.If 100 receive the normal boot-strap information that the tested electronic equipment of n sends, 100 can record start data and the test mode of this electronic equipment, then control Unit 105 and make the power supply of this electronic equipment do " long by power key-restart " operation, and it is restarted.If the boot-strap information of n electronic equipment transmission is undesired or do not send at the appointed time boot-strap information; regard this electronic equipment start as undesired; 100 can record its abnormal information; control again Unit 105 and make the power supply of this electronic equipment do " long by power key-restart " operation, it is restarted.If now this electronic equipment still cannot be restarted, 100 can record its special switching on and shutting down information, and test abnormity notifying to research staff's transmit button machine in time by GSM, wireless (network) module of Unit 105.
By that analogy, 100 can be according to tester's setting, in turn and repeat to complete the switching on and shutting down test job to n electronic equipment in 107 according to above-mentioned flow process.And 102 can be in the process of test, finally show that all detecting informations, Unit 105 also can use gsm module, wireless module to send the relevant information of whole test process to research and development tester.
Claims (10)
1. the testing apparatus of an electronic equipment automatic switching; It is characterized in that, this equipment comprises: embedded control system unit, human-computer interaction interface unit, power switch control module, communications interface unit and auxiliary expanded function unit.
2. testing apparatus as claimed in claim 1, it is characterized in that, according to the difference of tested electronic equipment start-up mode, its adaptation: the electronic product that uses the various switching on and shutting down types of " long by power key " switching on and shutting down, power on/cut-off switch of routine machine, the switching on and shutting down of reception external command.
3. testing apparatus as claimed in claim 1, it is characterized in that: described embedded control system unit is the digital processing unit intelligent cell with software program running possessing digital processing and control the integrated circuit of function and the corresponding program software/operating system of collocation and the embedded control system unit that forms by single-chip microprocessor MCU or flush bonding processor CPU etc.
4. testing apparatus as claimed in claim 1, it is characterized in that: described man-machine interaction unit comprises display panel, controls the components and parts of button and various suggesting effects, or merge the integrated element of demonstration, button, prompting element function, can test parameter operation, status display interface be intuitively set for user provides.
5. testing apparatus as claimed in claim 1, it is characterized in that: described power switch control module is provided with gauge tap, it is for powering for tested electronic equipment provides AC/DC as required, and the power supply of tested electronic equipment is opened or turn-offed, realized by the gauge tap of controlling described power switch control module by embedded control system unit.
6. testing apparatus as claimed in claim 1, it is characterized in that: the communication protocol type of described communications interface unit comprises: standard multi-thread/monobus lin protocol (as UART, IIC, SPI, USB etc.), or user make by oneself off-gauge multi-thread/monobus lin protocol, or various wireless communication protocols, for mating the interface type of tested electronic equipment self, thereby realize the many-one communication between tested electronic equipment and testing apparatus.
7. testing apparatus as claimed in claim 1, is characterized in that: described auxiliary expanded function unit is for making described testing apparatus adapt to different switching on and shutting down/standby wakeup mode that different electronic products use and the extended function module increasing; Or for convenience of in time providing instant test exception reporting and the gsm module, mixed-media network modules mixed-media, the wireless module that increase to research and development technology personnel.
8. testing apparatus as claimed in claim 1, it is characterized in that: whether described embedded control system unit is successful for judging the switching on and shutting down operation of tested electronic equipment, and for by the whether success of display end display switch machine, and each test mode information in above-mentioned multiple electronic equipment.
9. testing apparatus as claimed in claim 1, it is characterized in that: described man-machine interaction unit is for setting switching on and shutting down content measurement for user, and this setting content comprises quantity, interface type, switching on and shutting down type, switching on and shutting down number of times, the switching on and shutting down time interval and/or the switching on and shutting down abnormality processing mode of tested electronic equipment; And/or the test mode information of each test product is recorded in demonstration.
10. the method for testing of an electronic equipment automatic switching: it is characterized in that, comprise the following steps: (1) target detection electronic equipment 1,2,3...n select suitable communication interface and power supply interface to access above-mentioned autoamtic on-off tester; (2) intelligent control system unit 101 sends instruction control and opens the switch of power supply unit 103, makes the tested electronic equipment of target 1,2, the 3....n start of switching on; (3) tested electronic equipment sends boot-strap information by communication interface end to testing apparatus, and testing apparatus receives boot-strap information and confirms: if successfully start, execution step (4); If start is abnormal, execution step (7); (4) after confirming that tested electronic equipment is started shooting successfully, autoamtic on-off tester sending controling instruction cuts off the power supply of tested electronic equipment, makes its power-off shutdown; Or, send standby/shutdown command by communication interface to tested equipment, make its standby/shutdown; (5) tested electronic equipment is sent and closes machine information to testing apparatus by communication interface end; Testing apparatus receives closes machine information and confirms; (6) testing apparatus is confirmed to shut down successfully, and the power supply that sends instruction control and open the tested electronic equipment of target, makes its start that powers on; Or sending start to target test equipment wakes instruction up, make tested electronic equipment wake start up; (7) power supply of the tested electronic equipment of recording exceptional boot-strap information, and force disconnect; (8) repeating step (2)-(6).
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