WO2018161370A1 - 蓝牙pos终端的自动测试方法、装置及系统 - Google Patents
蓝牙pos终端的自动测试方法、装置及系统 Download PDFInfo
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- WO2018161370A1 WO2018161370A1 PCT/CN2017/077214 CN2017077214W WO2018161370A1 WO 2018161370 A1 WO2018161370 A1 WO 2018161370A1 CN 2017077214 W CN2017077214 W CN 2017077214W WO 2018161370 A1 WO2018161370 A1 WO 2018161370A1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
Definitions
- the invention relates to the field of POS terminal testing, in particular to an automatic test method, device and system for a Bluetooth POS terminal.
- the Bluetooth POS machine is a new type of mobile payment device consisting of hardware and software systems. It connects with common smart mobile devices such as smart phones and tablet computers through Bluetooth communication functions, and initiates and processes transactions by application transaction software on smart mobile devices.
- the mobile payment function is realized by connecting the payment back-end system through the Internet.
- Bluetooth POS has been rapidly developed as a new type of payment device, and the transaction scale and equipment shipments have grown rapidly worldwide.
- Mobile payment methods using Bluetooth POS machines have become popular among a large number of merchants and consumers.
- the production pressure of equipment manufacturers of Bluetooth POS machines has also increased accordingly.
- the functional testing of Bluetooth POS machines is an important factor in production cost control and an indispensable step for products to go to market.
- the existing method for testing the Bluetooth POS machine is to perform an inquiry scan using the Bluetooth function of the smartphone or tablet of the Android platform and the IOS platform, and click to select the Bluetooth POS machine to be tested for pairing and connection according to the scan result list. , data transmission and verification. After the Bluetooth test is passed, the Bluetooth POS machine is functionally tested through the established Bluetooth connection. After the test is complete, rescan the connection to test the next Bluetooth POS device.
- the method of testing the Bluetooth POS machine scans the Bluetooth device for a long time, the manual operation is cumbersome, and the test efficiency is low, which is easy to cause a mistake.
- the main object of the present invention is to provide an automatic test method, apparatus and system for a Bluetooth POS terminal that improves test efficiency.
- the present invention provides an automatic test method for a Bluetooth POS terminal, which includes include:
- the test control module obtains the Bluetooth MAC address information of the Bluetooth POS terminal, and sends the information to the Bluetooth test module;
- the method includes:
- the method further includes:
- the test control module determines, according to the feedback data, whether the Bluetooth test module is successfully connected to the Bluetooth POS terminal;
- the method includes:
- the test control module sends a test command to the Bluetooth POS terminal, activates a function module of the Bluetooth POS terminal corresponding to the test command, and acquires test data corresponding to the test command by the Bluetooth POS terminal.
- the method includes:
- the invention also provides an automatic testing device for a Bluetooth POS terminal, comprising:
- the obtaining module is configured to: the test control module obtains the Bluetooth MAC address information of the Bluetooth POS terminal, and sends the information to the Bluetooth test module;
- connection module configured to control the Bluetooth test module to wirelessly connect to the Bluetooth POS terminal according to the Bluetooth MAC address information
- a sending module configured by the test control module, to control the Bluetooth test module to send the specified test data to the Bluetooth POS terminal;
- a first determining module configured to determine whether the Bluetooth test module receives feedback data generated by the Bluetooth POS terminal according to the test data, and if yes, determine that the Bluetooth test module is effectively connected with the Bluetooth POS terminal; otherwise, determining that the Bluetooth test module The Bluetooth test module failed to connect to the Bluetooth POS terminal.
- the automatic test device of the Bluetooth POS terminal includes:
- the second judging module is configured to determine whether the Bluetooth test module is successfully connected to the Bluetooth POS terminal, and if not, continue to connect until the number of connections exceeds a preset number of times, prompting an error, and ending the subsequent process.
- the automatic test device of the Bluetooth POS terminal further includes:
- the function card test module is configured to send a test command to the Bluetooth POS terminal, activate a function module of the Bluetooth POS terminal corresponding to the test command, and obtain test data corresponding to the test command by the Bluetooth POS terminal.
- the automatic test device of the Bluetooth POS terminal further includes:
- a comparison module configured to compare the test data with pre-stored standard data, and generate the test result
- a storage module for storing test results in a database.
- the invention provides an automatic test system for a Bluetooth POS terminal, comprising a test workbench, a Bluetooth test module and a test control module; the Bluetooth POS terminal is installed and correspondingly connected to the test workbench through a communication interface;
- the test control module acquires the Bluetooth MAC address information of the Bluetooth POS terminal, and sends the information to the Bluetooth test module; the Bluetooth test module controls the Bluetooth wireless connection with the Bluetooth POS terminal according to the Bluetooth MAC address information; and controls the Bluetooth test module to send the specified test to the Bluetooth POS terminal. Determining whether the Bluetooth test module receives the feedback data generated by the Bluetooth POS terminal according to the test data; if yes, determining that the Bluetooth test module is effectively connected with the Bluetooth POS terminal; otherwise, determining the Bluetooth test module and the Bluetooth The POS terminal failed to connect.
- the invention provides a method, a device and a system for automatically testing a Bluetooth POS terminal, and the beneficial effect thereof is that the Bluetooth test module is controlled by the test control module and the Bluetooth POS Bluetooth wireless automatic connection is replaced by manual operation.
- the Bluetooth is used.
- the POS terminal performs the specified test command and stores the test data and its verification information in the database, which saves the test time of the Bluetooth, reduces the test errors caused by the manual operation, reduces the production cost, and greatly improves the Bluetooth POS terminal. Test the efficiency and reliability of Bluetooth.
- FIG. 1 is a schematic flow chart of an automatic test method for a Bluetooth POS terminal according to an embodiment of the present invention
- FIG. 2 is a schematic flow chart of an automatic test method for a Bluetooth POS terminal according to an embodiment of the present invention
- FIG. 3 is a schematic diagram of functional modules of an automatic test system of a Bluetooth POS terminal according to an embodiment of the present invention
- FIG. 4 is a schematic diagram of functional modules of an automatic test system of a Bluetooth POS terminal according to an embodiment of the present invention
- FIG. 5 is a schematic diagram of an automatic test apparatus for a Bluetooth POS terminal according to an embodiment of the present invention.
- the present invention provides an automatic test method for a Bluetooth POS terminal, including:
- the test control module obtains the Bluetooth MAC address information of the Bluetooth POS terminal, and sends the information to the Bluetooth test module;
- the control Bluetooth test module wirelessly connects to the Bluetooth POS terminal according to the Bluetooth MAC address information
- the control Bluetooth test module sends the specified test data to the Bluetooth POS terminal.
- the Bluetooth MAC address information refers to a fixed IP address specific to the Bluetooth POS terminal, and the Bluetooth MAC address of the Bluetooth POS terminal is obtained, and the connection for establishing the test is established.
- the test control module controls the Bluetooth test module to wirelessly connect with the Bluetooth POS terminal according to the Bluetooth MAC address information, and controls the Bluetooth test module to send the specified test data to the Bluetooth POS terminal. If the Bluetooth POS terminal receives the specified test data, the Bluetooth test module needs to be determined. Receiving the feedback data generated by the Bluetooth POS terminal according to the test data, if the Bluetooth test module receives the feedback data generated by the Bluetooth POS terminal according to the test data and corresponding to the sent test data, it is determined that the Bluetooth test block is effectively connected with the Bluetooth POS terminal. The data can be communicated with each other; if the Bluetooth test module receives the feedback data generated by the Bluetooth POS terminal according to the test data and does not correspond to the specified test data sent, the connection failure can be determined.
- the method includes:
- the test control module communicates with the Bluetooth POS terminal through the communication interface (RS232 serial port) to obtain the Bluetooth MAC address information of the Bluetooth POS terminal, and the test control module is connected to the Bluetooth test module through another communication interface (RS232 serial port).
- the Bluetooth MAC address information is sent to the Bluetooth test module, and the Bluetooth test module is controlled to connect to the Bluetooth POS terminal according to the acquired Bluetooth MAC address information, so that the Bluetooth test is performed.
- the test control module obtains the hardware version information, software version information, machine type information, machine configuration and other information of the Bluetooth POS terminal before acquiring the Bluetooth MAC address information of the Bluetooth POS terminal, by acquiring The information is used to determine whether the Bluetooth POS terminal matches the verification information; if it is determined that the verification information matches the Bluetooth POS terminal information successfully S14, the test control module performs the next process to obtain the MAC address information of the Bluetooth POS terminal; If the verification information of the POS terminal does not match, the obtained verification information is incorrect, and the information of the Bluetooth POS terminal is ended, and the subsequent process ends. It is useful for judging the reading of the information of the Bluetooth POS terminal by the test control module, and also facilitating the testing of the functional modules to be performed next.
- the method further includes:
- the test control module determines whether the Bluetooth test module is successfully connected to the Bluetooth POS terminal.
- the preset number refers to the number of times the test control module sets in advance. When it is judged that the connection is unsuccessful, the test control module can still try to connect again until the number of attempts to connect exceeds the number of times set in advance, and the preset number of times is generally It is not less than 3 times, in case the Bluetooth POS terminal is not normal due to a certain timeout or other reasons.
- the test control module transmits the Bluetooth MAC address information to the Bluetooth test module, and controls the Bluetooth test module to wirelessly connect to the Bluetooth POS terminal according to the Bluetooth MAC address information, and if the Bluetooth test module returns corresponding feedback data to the test control module.
- the signal indicates that the Bluetooth test module and the Bluetooth POS terminal Bluetooth wireless connection are successfully adapted to S23; if there is no corresponding data signal returned, or the connection is not determined, the connection is unsuccessful, and the test control module controls the Bluetooth test module to continue the Bluetooth wireless connection.
- the Bluetooth POS terminal proceeds to step S21 until the number of connections exceeds the preset number of connections, then determines that the test fails, and ends the subsequent process, and the Bluetooth POS terminal enters the maintenance process.
- the method includes:
- the test control module sends a test command to the Bluetooth POS terminal, activates a function module of the corresponding test command of the Bluetooth POS terminal, and obtains test data corresponding to the test command of the Bluetooth POS terminal.
- the Bluetooth test module and the Bluetooth POS terminal can transmit data information to each other, verify that the Bluetooth connection function of the Bluetooth POS terminal is good, and can be used for the Bluetooth POS terminal.
- the function module performs testing, and the test control module transmits the specified test command to the program interface of the Bluetooth POS terminal through the communication interface (RS232 serial port), and starts the module test of the function, and can obtain the test data of the corresponding test command of the Bluetooth POS terminal.
- test data of the corresponding test command of the Bluetooth POS terminal fails, the test is repeated again until the number of times of the test exceeds a preset number of times, then the module test of the function is determined to be failed, and the subsequent process is terminated, and the Bluetooth POS terminal enters the maintenance process. .
- the test control module sends the magnetic card function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously activates the magnetic card function module of the Bluetooth POS terminal, and places the magnetic card on the test workbench to test the workbench.
- the data of the read magnetic card is transmitted to the Bluetooth POS terminal, and the Bluetooth POS terminal transmits the data of the magnetic card to the test control module to test the magnetic card function module of the Bluetooth POS terminal.
- the test control module is pre- The data of the test magnetic card is stored, and the test control module can determine whether the magnetic card function module of the Bluetooth POS terminal can read the magnetic card by comparing the data of the pre-stored test magnetic card with the data transmitted by the Bluetooth POS terminal to the test control module magnetic card. If the comparison data is consistent, it indicates that the magnetic card test is successful; if the magnetic card data fails to be read, the test may be repeated again, and the number of tests exceeds the preset number of times, then the magnetic card test of the Bluetooth POS terminal is determined to be unsuccessful, and the test is ended; If the start of the magnetic card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module sends the IC card function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously starts the IC card function module of the Bluetooth POS terminal, and places the IC card on the test workbench.
- the test workbench reads the data of the IC card and transmits it to the Bluetooth POS terminal.
- the Bluetooth POS terminal transmits the data of the IC card to the test control module, and tests the IC card function module of the Bluetooth POS terminal, because the test IC card used is specific.
- the test card, the test control module pre-stores the data of the test IC card, and the test control module can determine the data of the Bluetooth POS terminal by comparing the data of the pre-stored test IC card with the data transmitted by the Bluetooth POS terminal to the test control module IC card. Whether the IC card function module can read the magnetic card. If the comparison data is consistent, it indicates that the IC card test is successful; if the IC card data fails to be read, the test can be repeated again, and the number of tests exceeds the preset number of times, then the Bluetooth POS terminal is determined. The IC card test fails and ends the test; if the startup of the IC card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module sends the RF card (contactless proximity card) function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously activates the RF card function module of the Bluetooth POS terminal by using the RF card.
- the test bench reads the data of the RF card and transmits it to the Bluetooth POS terminal.
- the Bluetooth POS terminal transmits the data of the RF card to the test control module to test the RF card function module of the Bluetooth POS terminal.
- the test RF card is a specific test card.
- the test control module pre-stores the data of the test RF card.
- the test control module compares the data of the pre-stored test RF card with the data transmitted by the Bluetooth POS terminal to the RF card of the test control module. It is determined whether the RF card function module of the Bluetooth POS terminal can read the magnetic card. If the comparison data is consistent, it indicates that the reading RF card test is successful; if the RF card data reading fails, the test can be repeated again, and the number of tests exceeds a preset number of times, then the RF card test of the Bluetooth POS terminal fails, and End the test; if the activation of the RF card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the operation is simple, the test time is saved, the test error caused by the manual operation is reduced, and the efficiency of testing the Bluetooth POS terminal is improved. reliability.
- the test control module sends a test command to the Bluetooth POS terminal, activates the function module of the corresponding test command of the Bluetooth POS terminal, and obtains the test data S6 of the Bluetooth POS terminal, the method includes:
- test data comparing test data with pre-stored standard data to generate test results
- the test result sent by the test control module, and the test data of the magnetic card, the IC card, the RF card, the button, the sound, the screen, and the like of the Bluetooth POS terminal are compared with the pre-stored data to generate a test result.
- the test result is stored in the database; the hardware version information, the software version information, the machine type information, and the machine configuration information of the Bluetooth POS terminal read by the test control module are also stored in the database, so as to facilitate the statistics and query of the staff. , no need to manually count statistics and save the final test results to improve work efficiency.
- the present invention also provides an automatic testing device for a Bluetooth POS terminal, including:
- the obtaining module 11 is configured to: the test control module obtains the Bluetooth MAC address information of the Bluetooth POS terminal, and sends the information to the Bluetooth test module;
- the connection module 12 is configured to control the Bluetooth test module to wirelessly connect to the Bluetooth POS terminal according to the Bluetooth MAC address information
- the sending module 13 is configured to: the test control module controls the Bluetooth test module to send the specified test data to the Bluetooth POS terminal;
- the first determining module 14 is configured to determine whether the Bluetooth test module receives the feedback data generated by the Bluetooth POS terminal according to the test data, and if yes, determine that the Bluetooth test module is effectively connected with the Bluetooth POS terminal; otherwise, determine the Bluetooth test module and the Bluetooth The POS terminal failed to connect.
- the Bluetooth MAC address information refers to a fixed IP address specific to the Bluetooth POS terminal, and the Bluetooth MAC address of the Bluetooth POS terminal is obtained, and the connection for establishing the test is established.
- the test control module controls the Bluetooth test module to wirelessly connect with the Bluetooth POS terminal according to the Bluetooth MAC address information, and controls the Bluetooth test module to send the specified test data to the Bluetooth POS terminal. If the Bluetooth POS terminal receives the specified test data, the Bluetooth test needs to be determined. Whether the module receives the feedback data generated by the Bluetooth POS terminal according to the test data, and if the Bluetooth test module receives the corresponding data generated by the Bluetooth POS terminal according to the test data and corresponds to the specified test data sent, the Bluetooth test module and the Bluetooth POS terminal are determined to be valid.
- the Bluetooth test module can communicate data with each other; if the Bluetooth test module receives the feedback data generated by the Bluetooth POS terminal according to the test data and does not correspond to the specified test data sent, it can judge that the connection fails, and needs to try to connect again, when the number of connections exceeds The preset number of times prompts the test Bluetooth connection to fail and ends; the preset number refers to the number of preset Bluetooth connections before the connection is initiated, whether the connection between the Bluetooth test module and the Bluetooth POS terminal is successful, the Bluetooth test module To blue Whether the POS terminal transmits the specified data is successfully tested, the test module is a Bluetooth specifies the total number of received data.
- the test control module communicates with the Bluetooth POS terminal through the communication interface (RS232 serial port) to obtain the Bluetooth MAC address information of the Bluetooth POS terminal, and the test control module is connected to the Bluetooth test module through another communication interface (RS232 serial port).
- the Bluetooth MAC address information is sent to the Bluetooth test module, and the Bluetooth is controlled.
- the test module connects to the Bluetooth POS terminal according to the obtained Bluetooth MAC address information, so that the Bluetooth test module and the Bluetooth POS terminal Bluetooth wirelessly connect; the test control module acquires the hardware of the Bluetooth POS terminal before acquiring the Bluetooth MAC address information of the Bluetooth POS terminal.
- Other information such as version information, software version information, machine type information, machine configuration, etc., through the obtained information to determine whether the Bluetooth POS terminal matches the verification information; if the Bluetooth POS terminal information is matched, the test control module performs the next process.
- the Bluetooth test module and the Bluetooth POS terminal can transmit data information to each other, verify that the Bluetooth connection function of the Bluetooth POS terminal is good, and can be used for the Bluetooth POS terminal.
- the function module performs testing, and the test control module transmits the specified test command to the program interface of the Bluetooth POS terminal through the communication interface (RS232 serial port), and starts the module test of the function, and can obtain the test data of the corresponding test command of the Bluetooth POS terminal.
- test data of the corresponding test command of the Bluetooth POS terminal fails, the test is repeated again until the number of times of the test exceeds a preset number of times, then the module test of the function is determined to be failed, and the subsequent process is terminated, and the Bluetooth POS terminal enters the maintenance process. .
- the automatic test device of the Bluetooth POS terminal includes:
- the second judging module 15 is configured to test whether the Bluetooth test module is successfully connected to the Bluetooth POS terminal, and if not, continue to connect until the number of connections exceeds a preset number of times, prompting an error, and ending the subsequent process.
- the test control module transmits the Bluetooth MAC address information to the Bluetooth test module, and controls the Bluetooth test module to wirelessly connect to the Bluetooth POS terminal according to the Bluetooth MAC address information, and if the Bluetooth test module returns corresponding feedback data to the test control module.
- the signal indicates that the Bluetooth test module is successfully adapted to the Bluetooth wireless connection of the Bluetooth POS terminal; if there is no corresponding data signal returned, or the connection is not determined, the connection is unsuccessful, and the test control module controls the Bluetooth test module to continue the Bluetooth wireless connection Bluetooth POS.
- the terminal proceeds to step S21 until the number of connections exceeds the preset number of connections, then determines that the test fails, and ends the subsequent process, and the Bluetooth POS terminal enters the maintenance process.
- the automatic testing device of the Bluetooth POS terminal further includes:
- the function card test module 16 is configured to test the control module to send a test command to the Bluetooth POS terminal, activate a function module of the corresponding test command of the Bluetooth POS terminal, and obtain test data corresponding to the test command of the Bluetooth POS terminal.
- the test command includes at least one of an IC card test command, a magnetic card test command, an RF card test command, a button test command, and a sound test command.
- the test control module sends the magnetic card function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously activates the magnetic card function module of the Bluetooth POS terminal, and places the magnetic card on the test workbench to test the workbench.
- the data of the read magnetic card is transmitted to the Bluetooth POS terminal, and the Bluetooth POS terminal transmits the data of the magnetic card to the test control module to test the magnetic card function module of the Bluetooth POS terminal.
- the test control module is pre- The data of the test magnetic card is stored, and the test control module can determine whether the magnetic card function module of the Bluetooth POS terminal can read the magnetic card by comparing the data of the pre-stored test magnetic card with the data transmitted by the Bluetooth POS terminal to the test control module magnetic card. If the comparison data is consistent, it indicates that the magnetic card test is successful; if the magnetic card data fails to be read, the test may be repeated again, and the number of tests exceeds the preset number of times, then the magnetic card test of the Bluetooth POS terminal is determined to be unsuccessful, and the test is ended; If the start of the magnetic card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module sends the IC card function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously starts the IC card function module of the Bluetooth POS terminal, and places the IC card on the test workbench.
- the test workbench reads the data of the IC card and transmits it to the Bluetooth POS terminal.
- the Bluetooth POS terminal transmits the data of the IC card to the test control module, and tests the IC card function module of the Bluetooth POS terminal, because the test IC card used is specific.
- the test card, the test control module pre-stores the data of the test IC card, and the test control module can determine the data of the Bluetooth POS terminal by comparing the data of the pre-stored test IC card with the data transmitted by the Bluetooth POS terminal to the test control module IC card. Whether the IC card function module can read the magnetic card. If the comparison data is consistent, it indicates that the IC card test is successful; if the IC card data fails to be read, the test can be repeated again, and the number of tests exceeds the preset number of times, then the IC card test of the Bluetooth POS terminal is determined to be unsuccessful, and End the test; if the startup of the IC card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module sends the RF card (contactless proximity card) function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously activates the RF card function module of the Bluetooth POS terminal by using the RF card.
- the test bench reads the data of the RF card and transmits it to the Bluetooth POS terminal.
- the Bluetooth POS terminal transmits the data of the RF card to the test control module to test the RF card function module of the Bluetooth POS terminal.
- the test RF card is a specific test card.
- the test control module pre-stores the data of the test RF card.
- the test control module compares the data of the pre-stored test RF card with the data transmitted by the Bluetooth POS terminal to the RF card of the test control module. It is determined whether the RF card function module of the Bluetooth POS terminal can read the magnetic card. If the comparison data is consistent, it indicates that the reading RF card test is successful; if the RF card data reading fails, the test can be repeated again, and the number of tests exceeds a preset number of times, then the RF card test of the Bluetooth POS terminal fails, and End the test; if the activation of the RF card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the automatic testing device of the Bluetooth POS terminal further includes:
- the comparison module 17 is configured to compare the test data with the pre-stored standard data to generate the test result
- the storage module 18 is configured to store the test results in a database.
- the test control module By testing the Bluetooth POS terminal with a magnetic card, an IC card, an RF card, a button, a sound, a screen, etc., the test control module compares the test data with the pre-stored data of the test control module to generate a test result, and stores the test result.
- the storage module can also store the hardware version information, software version information, machine type information, machine configuration and other information of the Bluetooth POS terminal to the database, which is simple in operation, saves test time, and reduces test errors caused by manual operations. Improve the efficiency and reliability of Bluetooth POS terminal testing, and facilitate staff statistics and queries.
- the present invention provides an automatic test system for a Bluetooth POS terminal, including a test workbench 3, a Bluetooth test module 2, and a test control module 1.
- the Bluetooth POS terminal is installed and connected to the test workbench through a communication interface. 3;
- the test control module 1 acquires the Bluetooth MAC address information of the Bluetooth POS terminal and sends it to the Bluetooth test module 2; the Bluetooth test module 2 controls the Bluetooth wireless connection with the Bluetooth POS terminal according to the Bluetooth MAC address information; and controls the Bluetooth test module 2 to send the Bluetooth POS terminal Specifying test data; determining whether the Bluetooth test module 2 receives feedback data generated by the Bluetooth POS terminal according to the test data; if yes, determining the Bluetooth test mode Block 2 is operatively connected to the Bluetooth POS terminal; otherwise, it is determined that the Bluetooth test module 2 and the Bluetooth POS terminal have failed to connect effectively.
- the test control module 1 is connected to the Bluetooth POS terminal through the first communication interface, the test control module 1 is connected to the test workbench 3 through the second communication interface; the test control module 1 is connected to the Bluetooth test module 2 through the third communication interface;
- the Bluetooth POS terminal is installed on the test workbench 3, and the test workbench 3 is connected with the interface of the Bluetooth POS terminal, and the test control module 1 is connected to the Bluetooth POS terminal through the first communication interface (RS232 serial port).
- the automatic test device is started, and the test control module 1 downloads and updates the Bluetooth POS terminal through the test workbench 3, downloads and updates the program according to the Bluetooth POS terminal, and simultaneously initializes and configures the working state and work of the Bluetooth test module 2.
- the test control module 1 sends a command to the internal program interface of the Bluetooth POS terminal through the first communication interface, and obtains information of the Bluetooth POS terminal, such as hardware version information, software version information, Machine type information, machine configuration and other information, and verify the information, check whether the information matches. If the verification information does not match, the test control module 1 prompts an error and ends reading the information of the Bluetooth POS terminal, and ends the subsequent process. If the verification information matches, the next step is performed, and the test control module 1 sends a specified command to the internal program interface of the Bluetooth POS terminal through the first communication interface to obtain the Bluetooth MAC address of the Bluetooth POS terminal.
- the test control module 1 sends the Bluetooth MAC address to the Bluetooth test module 2 through the third communication interface (RS232 serial port), and controls the Bluetooth test module 2 to wirelessly connect to the Bluetooth POS terminal through the Bluetooth MAC address, and the test control module 1 is based on the Bluetooth test module. 2
- the returned information is used to determine whether the Bluetooth wireless connection is successful. If it is not successful, connect again until the number of connections exceeds the preset number of times, then the error is displayed and the end is completed, wherein the preset number of times is not less than 3 times. In this embodiment, the preset number of times is used 3 times. If the number of connections exceeds 3 times, the Bluetooth test fails, and the subsequent process ends, and the Bluetooth POS terminal enters the maintenance process.
- the test control module 1 sends a specified test command to the Bluetooth test module 2 through the third communication interface, and controls the Bluetooth test module 2 to send the specified test command to the Bluetooth POS terminal, and the test control module 1 determines whether the Bluetooth test module is Receiving the Bluetooth POS terminal to determine whether the connection is valid according to the feedback data generated by the specified test data, the test control module 1 verifies the correctness and integrity of the Bluetooth wireless communication according to the feedback data returned by the Bluetooth test module 2; when determining the Bluetooth test module 2 When the Bluetooth POS terminal is effectively connected, the connection is successful and data can be transmitted to each other; When it is judged that the connection between the Bluetooth test module 2 and the Bluetooth POS terminal is unsuccessful, the connection is made again, until the number of connections exceeds a preset number of times, an error is indicated and the process ends. In this way, Bluetooth wireless connection replaces manual operation, saving time, reducing production costs, and improving test reliability and work efficiency.
- the Bluetooth test module 2 is effectively connected with the Bluetooth POS terminal, and the test control module 1 sends a test command to the Bluetooth POS terminal, activates the function module of the corresponding test command of the Bluetooth POS terminal, and acquires the Bluetooth. Test data of the POS terminal.
- the test control module 1 sends a command to the internal program interface of the Bluetooth POS terminal through the first communication interface (RS232 serial port), and starts the function test module of the Bluetooth POS terminal. If the test fails, the test is repeated again until the number of tests exceeds the preset. After a certain number of times, it is judged that the module test of the function fails, and the Bluetooth POS terminal enters the maintenance process.
- the test control module 1 stores the information of the Bluetooth POS terminal and the Bluetooth test result and its parameters into the database, which is convenient for staff statistics and queries.
- the test control module 1 sends the magnetic card function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously activates the magnetic card function module of the Bluetooth POS terminal, and places the magnetic card on the test workbench 3 to test
- the workbench reads the data of the magnetic card and transmits it to the Bluetooth POS terminal.
- the Bluetooth POS terminal transmits the data of the magnetic card to the test control module 1, and tests the magnetic card function module of the Bluetooth POS terminal. Since the test magnetic card used is a specific test card, the test is performed.
- the control module 1 pre-stores the data of the test magnetic card, and the test control module 1 can determine whether the magnetic card function module of the Bluetooth POS terminal can be compared by comparing the data of the pre-stored test magnetic card with the data transmitted by the Bluetooth POS terminal to the magnetic card of the test control module 1. Read the magnetic card. If the comparison data is consistent, it indicates that the magnetic card test is successful; if the magnetic card data fails to be read, the test may be repeated again, and the number of tests exceeds the preset number of times, then the magnetic card test of the Bluetooth POS terminal is determined to be unsuccessful, and the test is ended; If the start of the magnetic card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module 1 sends an IC card function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously starts the IC card function module of the Bluetooth POS terminal, and places the IC card on the test workbench.
- the data of the IC card is read and transmitted to the Bluetooth POS terminal, and the Bluetooth POS terminal transmits the data of the IC card to the test control module 1, and tests the IC card function module of the Bluetooth POS terminal, because the test IC is used.
- the card is a specific test card, and the test control module 1 is pre-stored.
- the test control module 1 can determine whether the IC card function module of the Bluetooth POS terminal can be read by comparing the data of the pre-stored test IC card with the data of the IC card transmitted by the Bluetooth POS terminal to the test control module 1. Take the magnetic card. If the comparison data is consistent, it indicates that the IC card test is successful; if the IC card data fails to be read, the test can be repeated again, and the number of tests exceeds the preset number of times, then the IC card test of the Bluetooth POS terminal is determined to be unsuccessful, and End the test; if the startup of the IC card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module 1 sends an RF card (contactless proximity card) function test command to the internal program interface of the Bluetooth POS terminal through the RS232 serial port, and simultaneously activates the RF card function module of the Bluetooth POS terminal, by transmitting the RF
- the card is placed on the test workbench 3.
- the test workbench reads the data of the RF card and transmits it to the Bluetooth POS terminal.
- the Bluetooth POS terminal transmits the data of the RF card to the test control module 1 to test the RF card function module of the Bluetooth POS terminal.
- the test control module 1 pre-stores the data of the test RF card, and the test control module 1 transmits the data to the test control module 1 by comparing the data of the pre-stored test RF card with the Bluetooth POS terminal.
- the data of the RF card can determine whether the RF card function module of the Bluetooth POS terminal can read the magnetic card.
- the comparison data is consistent, it indicates that the reading RF card test is successful; if the RF card data reading fails, the test can be repeated again, and the number of tests exceeds a preset number of times, then the RF card test of the Bluetooth POS terminal fails, and End the test; if the activation of the RF card function module fails, the Bluetooth POS terminal enters the maintenance process to check the cause.
- the test control module 1 sends a test command to the Bluetooth POS terminal, activates the function module of the corresponding test command of the Bluetooth POS terminal, and obtains the test data of the Bluetooth POS terminal, passes the specified test command sent by the test control module 1, and performs the Bluetooth POS terminal.
- the test data of the magnetic card, IC card, RF card, button, sound, screen and other modules are compared with the pre-stored data, the test result is generated, and the test result is stored in the database; and the Bluetooth POS terminal read by the test control module 1 is also tested.
- the hardware version information, software version information, machine type information, and machine configuration information are stored in the database to facilitate staff statistics and queries, without manual inventory statistics and saving the final test results, thereby improving work efficiency.
- the invention relates to an automatic test method, device and system for a Bluetooth POS terminal, which controls a Bluetooth test module and a Bluetooth POS Bluetooth wireless automatic connection instead of manual operation through a test control module, and performs a specified test on a Bluetooth POS terminal during the test process.
- Command and store the test data and its verification information in the number According to the library the test time of the Bluetooth is saved, and the test errors caused by the manual operation are also reduced, the production cost is reduced, and the efficiency and reliability of testing the Bluetooth of the Bluetooth POS terminal are greatly improved.
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Abstract
本发明揭示了一种蓝牙POS终端的自动测试方法、装置及系统，测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据。通过测试控制模块控制蓝牙测试模块与蓝牙POS蓝牙无线自动连接，在测试过程中，对蓝牙POS终端进行指定测试命令，并将测试数据及其验证信息储存于数据库中，节省蓝牙的测试时间，同时也减少人工操作带来的测试失误，降低生产成本，极大的提高对蓝牙POS终端测试的效率和可靠性。
Description
本发明涉及到POS终端测试领域，特别是涉及到一种蓝牙POS终端的自动测试方法、装置及系统。
蓝牙POS机是一个由硬件和软件系统构成的新型移动支付设备，通过蓝牙通信功能与智能手机、平板电脑等通用的智能移动设备进行连接，由智能移动设备上的应用交易软件发起和处理交易，通过互联网连接支付后台系统，从而实现移动支付功能。
随着支付市场的发展，蓝牙POS机作为新型的支付设备得到了快速的发展，交易规模和设备出货量在世界范围内快速增长。使用蓝牙POS机的移动支付方式已经在大量的商户和消费者中普及。蓝牙POS机的设备制造商的生产压力也相应的增大，对蓝牙POS机的功能测试环节是生产成本控制的重要因素和产品走向市场不可或缺的一步。
现有的对蓝牙POS机测试的方法是使用安卓平台和IOS平台的智能手机或平板电脑的蓝牙功能进行查询(Inquiry)扫描，根据扫描的结果列表点击选择需要测试的蓝牙POS机进行配对、连接、数据传输和校验。蓝牙测试通过后，通过建立的蓝牙连接对蓝牙POS机进行功能性测试。测试完成后重新扫描连接测试下一个蓝牙POS机设备。此种测试蓝牙POS机的方法扫描蓝牙设备时间长，人工操作繁琐，测试效率低容易造成失误。
本发明的主要目的为提供一种提高测试效率的蓝牙POS终端的自动测试方法、装置及系统。
问题的解决方案
为了实现上述发明目的，本发明提出了一种蓝牙POS终端的自动测试方法，包
括：
测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；
控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；
控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；
判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据；
若是，则判定所述蓝牙测试模块与蓝牙POS终端有效连接；
否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
进一步地，上述测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块的步骤之前，包括：
获取蓝牙POS终端的验证信息；
判断所述验证信息是否与所述蓝牙POS终端匹配；
若匹配失败，则提示错误，结束后续流程。
进一步地，上述控制蓝牙测试模块向蓝牙POS终端发送指定测试数据的步骤之前，还包括：
测试控制模块根据反馈的数据判断蓝牙测试模块是否与蓝牙POS终端连接成功；
若否，则继续连接，直至连接的次数超过预设定的次数，则提示错误，并结束后续流程。
进一步地，上述判定所述蓝牙测试模块与蓝牙POS终端有效连接的步骤之后，包括：
测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应所述测试命令的功能模块，并获取所述蓝牙POS终端对应所述测试命令的测试数据。
进一步地，上述测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应所述测试命令的功能模块，并获取所述蓝牙POS终端的测试数据的步骤之后，包括：
将所述测试数据和预存的标准数据进行对比，生成测试结果；
将测试结果储存至数据库中。
本发明还提出了一种蓝牙POS终端的自动测试装置，包括：
获取模块，用于测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；
连接模块，用于控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；
发送模块，用于测试控制模块控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；
第一判断模块，用于判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据，若是，则判定所述蓝牙测试模块与蓝牙POS终端有效连接，否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
进一步地，蓝牙POS终端的自动测试装置包括：
第二判断模块，用于测试控制模块判断蓝牙测试模块是否与蓝牙POS终端连接成功，若否，则继续连接，直至连接的次数超过预设定的次数，则提示错误，并结束后续流程。
进一步地，蓝牙POS终端的自动测试装置还包括：
功能卡测试模块，用于测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应所述测试命令的功能模块，并获取所述蓝牙POS终端对应所述测试命令的测试数据。
进一步地，蓝牙POS终端的自动测试装置还包括：
对比模块，用于将所述测试数据和预存的标准数据进行对比，生成的测试结果；
储存模块，用于将测试结果储存至数据库中。
本发明提出了一种蓝牙POS终端的自动测试系统，包括测试工作台、蓝牙测试模块和测试控制模块；蓝牙POS终端安装并通过通讯接口对应连接于所述测试工作台上；
所述测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据；若是，则判定所述蓝牙测试模块与蓝牙POS终端有效连接；否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
发明的有益效果
本发明提出的一种蓝牙POS终端的自动测试方法、装置及系统，其有益效果为，通过测试控制模块控制蓝牙测试模块与蓝牙POS蓝牙无线自动连接代替手工去操作，在测试过程中，对蓝牙POS终端进行指定测试命令，并将测试数据及其验证信息储存于数据库中，节省了蓝牙的测试时间，同时也减少了人工操作带来的测试失误，降低生产成本，极大的提高蓝牙POS终端测试蓝牙的效率和可靠性。
对附图的简要说明
图1是本发明一实施例中的蓝牙POS终端的自动测试方法的流程示意图；
图2是本发明一实施例中的蓝牙POS终端的自动测试方法的流程示意图；
图3是本发明一实施例中的蓝牙POS终端的自动测试系统的功能模块示意图；
图4是本发明一实施例中的蓝牙POS终端的自动测试系统的功能模块示意图；
图5是本发明一实施例中的蓝牙POS终端的自动测试装置的示意图。
本发明目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。
实施该发明的最佳实施例
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
如图1所示，本发明提出了一种蓝牙POS终端的自动测试方法，包括：
S1、测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；
S2、控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；
S3、控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；
S4、判断蓝牙测试模块是否接收到蓝牙POS终端根据测试数据生成的反馈数据；
S51、若是，则判定蓝牙测试模块与蓝牙POS终端有效连接；
S52、否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
在本实施例中，上述蓝牙MAC地址信息指的是专属于蓝牙POS终端的固定的IP地址，获取到蓝牙POS终端的蓝牙MAC地址，用于建立所需测试的连接。
测试控制模块控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接，并控制蓝牙测试模块向蓝牙POS终端发送指定测试数据，若蓝牙POS终端接收到指定的测试数据，需要判断蓝牙测试模块是否接收到蓝牙POS终端根据测试数据生成的反馈数据，若蓝牙测试模块接收到蓝牙POS终端根据测试数据生成的反馈数据与发送的指定测试数据对应，则判定蓝牙测试木块与蓝牙POS终端有效连接，互相之间可以传达数据；若蓝牙测试模块接收到蓝牙POS终端根据测试数据生成的反馈数据与发送的指定测试数据不对应，则可以判断连接失败。
如图2所示，测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块S1的步骤之前，包括：
S11、获取蓝牙POS终端的验证信息；
S12、判断验证信息是否与蓝牙POS终端匹配；
S13、若匹配失败，则提示错误，结束后续流程。
在本实施例中，测试控制模块通过通讯接口(RS232串口)与蓝牙POS终端通信，获取蓝牙POS终端的蓝牙MAC地址信息，测试控制模块通过另一通讯接口(RS232串口)与蓝牙测试模块连接，初始化和配置所需的蓝牙测试模块的工作状态和工作模式后，将该蓝牙MAC地址信息发送至蓝牙测试模块，并控制蓝牙测试模块根据所获取的蓝牙MAC地址信息连接蓝牙POS终端，使蓝牙测试模块
与蓝牙POS终端蓝牙无线连接；测试控制模块在获取蓝牙POS终端的蓝牙MAC地址信息之前，先获取到蓝牙POS终端的硬件版本信息、软件版本信息、机器类型信息、机器配置等其他信息，通过获取的信息去判断该蓝牙POS终端是否与验证信息匹配；若判断验证信息与蓝牙POS终端信息匹配成功S14，则测试控制模块进行下一步的流程，获取蓝牙POS终端的MAC地址信息；若判断获取蓝牙POS终端的验证信息不匹配，则提示获取的验证信息错误，并结束读取蓝牙POS终端的信息，结束后续的流程。有利于判断测试控制模块对蓝牙POS终端的信息的读取，也方便接下来进行的功能性模块的测试。
如图2所示，控制蓝牙测试模块向蓝牙POS终端发送指定测试数据S3的步骤之前，还包括：
S21、测试控制模块判断蓝牙测试模块是否与蓝牙POS终端连接成功；
S22、若否，则继续连接，直至连接的次数超过预设定的次数，则提示错误，并结束后续流程。
预设定的次数指的是测试控制模块提前设置的次数，用于当判断连接不成功时，测试控制模块依然可以尝试再次连接，直到尝试连接的次数超过提前设置的次数，其中预设次数一般为不少于3次，以防由于某一次超时或者其他原因而判断该蓝牙POS终端不正常。
在本实施例中，测试控制模块传送蓝牙MAC地址信息给蓝牙测试模块，并控制蓝牙测试模块根据该蓝牙MAC地址信息蓝牙无线连接蓝牙POS终端，若蓝牙测试模块向测试控制模块返回对应的反馈数据信号，则表明蓝牙测试模块与蓝牙POS终端蓝牙无线连接适配成功S23；若无返回的对应数据信号，或判断连接不上，则为连接不成功，测试控制模块控制蓝牙测试模块继续蓝牙无线连接蓝牙POS终端，继续步骤S21，直至连接的次数超过预设定的连接次数后，则判断测试失败，并结束后续流程，该蓝牙POS终端进入维修工序。
如图2所示，上述判定蓝牙测试模块与蓝牙POS终端有效连接S51的步骤之后，包括：
S6、测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应测试命令的功能模块，并获取蓝牙POS终端对应测试命令的测试数据。
在本实施例中，当蓝牙测试模块与蓝牙POS终端连接成功，则蓝牙测试模块与蓝牙POS终端之间可以互相传递数据信息，验证蓝牙POS终端的蓝牙连接功能良好，并可对蓝牙POS终端的功能模块进行测试，测试控制模块通过通讯接口(RS232串口)将指定的测试命令传送至蓝牙POS终端的程序接口，并启动该功能的模块测试，并可获取蓝牙POS终端对应测试命令的测试数据，如果获取蓝牙POS终端对应测试命令的测试数据失败，则再次重复测试，直至测试的次数超过预设定的次数，则判断该功能的模块测试失败，并结束后续流程，该蓝牙POS终端进入维修工序。
在一实施例中，测试控制模块通过RS232串口将磁卡功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的磁卡功能模块，通过将磁卡放置于测试工作台上，测试工作台读取磁卡的数据传递至蓝牙POS终端，蓝牙POS终端将磁卡的数据传送至测试控制模块，对蓝牙POS终端的磁卡功能模块进行测试，由于使用的测试磁卡是特定的测试卡，测试控制模块预先储存有测试磁卡的数据，测试控制模块通过对比预先储存的测试磁卡的数据与蓝牙POS终端传送至测试控制模块磁卡的数据，可判断该蓝牙POS终端的磁卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取磁卡测试成功；若读取磁卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的磁卡测试失败，并结束测试；若启动磁卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
在另一实施例中，测试控制模块通过RS232串口将IC卡功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的IC卡功能模块，通过将IC卡放置于测试工作台上，测试工作台读取IC卡的数据传递至蓝牙POS终端，蓝牙POS终端将IC卡的数据传送至测试控制模块，对蓝牙POS终端的IC卡功能模块进行测试，由于使用的测试IC卡是特定的测试卡，测试控制模块预先储存有测试IC卡的数据，测试控制模块通过对比预先储存的测试IC卡的数据与蓝牙POS终端传送至测试控制模块IC卡的数据，可判断该蓝牙POS终端的IC卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取IC卡测试成功；若读取IC卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的
IC卡测试失败，并结束测试；若启动IC卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
在又一实施例中，测试控制模块通过RS232串口将RF卡(非接触感应卡)功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的RF卡功能模块，通过将RF卡放置于测试工作台上，测试工作台读取RF卡的数据传递至蓝牙POS终端，蓝牙POS终端将RF卡的数据传送至测试控制模块，对蓝牙POS终端的RF卡功能模块进行测试，由于使用的测试RF卡是特定的测试卡，测试控制模块预先储存有测试RF卡的数据，测试控制模块通过对比预先储存的测试RF卡的数据与蓝牙POS终端传送至测试控制模块RF卡的数据，可判断该蓝牙POS终端的RF卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取RF卡测试成功；若读取RF卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的RF卡测试失败，并结束测试；若启动RF卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
通过对蓝牙POS终端进行磁卡、IC卡、RF卡、按键、声音、屏幕等模块的测试，操作简单，节省测试时间，减少人工操作带来的测试失误，提高了对蓝牙POS终端测试的效率和可靠性。
如图2所示，测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应测试命令的功能模块，并获取蓝牙POS终端的测试数据S6的步骤之后，包括：
S7、将测试数据和预存的标准数据进行对比，生成测试结果；
S8、将测试结果储存至数据库中。
在本实施例中，通过测试控制模块发送的指定测试命令，以及对蓝牙POS终端进行磁卡、IC卡、RF卡、按键、声音、屏幕等模块的测试数据与预存的数据对比，生成测试结果，并将测试结果储存至数据库中；同时也将测试控制模块读取的蓝牙POS终端的硬件版本信息、软件版本信息、机器类型信息、机器配置的信息储存至数据库中，方便工作人员的统计和查询，不需人工清点统计和保存最后的测试结果，提高工作效率。
如图3所示，本发明还提出了一种蓝牙POS终端的自动测试装置，包括：
获取模块11，用于测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；
连接模块12，用于控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；
发送模块13，用于测试控制模块控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；
第一判断模块14，用于判断蓝牙测试模块是否接收到蓝牙POS终端根据所述测试数据生成的反馈数据，若是，则判定蓝牙测试模块与蓝牙POS终端有效连接，否则，判定蓝牙测试模块与蓝牙POS终端有效连接失败。
在本实施例中，上述蓝牙MAC地址信息指的是专属于蓝牙POS终端的固定的IP地址，获取到蓝牙POS终端的蓝牙MAC地址，用于建立所需测试的连接。
测试控制模块控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接上，并控制蓝牙测试模块向蓝牙POS终端发送指定测试数据，若蓝牙POS终端接收到指定的测试数据，需要判断蓝牙测试模块是否接收到蓝牙POS终端根据测试数据生成的反馈数据，若蓝牙测试模块接收到蓝牙POS终端根据测试数据生成的对应的数据与发送的指定测试数据对应，则判定蓝牙测试模块与蓝牙POS终端有效连接，互相之间可以传达数据；若蓝牙测试模块接收到蓝牙POS终端根据测试数据生成的反馈数据与发送的指定测试数据不对应，则可以判断连接失败，需要再次尝试连接，当连接的次数超过预设定的次数，则提示测试蓝牙连接失败并结束；预设次数指的是为启动连接之前，预先设置的蓝牙连接次数，用于蓝牙测试模块与蓝牙POS终端的连接是否成功，蓝牙测试模块向蓝牙POS终端发送指定测试数据是否成功，蓝牙测试模块是否接收到指定的数据的总的次数。
在本实施例中，测试控制模块通过通讯接口(RS232串口)与蓝牙POS终端通信，获取蓝牙POS终端的蓝牙MAC地址信息，测试控制模块通过另一通讯接口(RS232串口)与蓝牙测试模块连接，初始化和配置所需的蓝牙测试模块的工作状态和工作模式后，将该蓝牙MAC地址信息发送至蓝牙测试模块，并控制蓝牙
测试模块根据所获取的蓝牙MAC地址信息连接蓝牙POS终端，使蓝牙测试模块与蓝牙POS终端蓝牙无线连接；测试控制模块在获取蓝牙POS终端的蓝牙MAC地址信息之前，先获取到蓝牙POS终端的硬件版本信息、软件版本信息、机器类型信息、机器配置等其他信息，通过获取的信息去判断该蓝牙POS终端是否与验证信息匹配；若核对蓝牙POS终端信息匹配，则测试控制模块进行下一步的流程，获取蓝牙POS终端的MAC地址信息；若判断获取蓝牙POS终端的验证信息不匹配，则提示获取的验证信息错误，并结束读取蓝牙POS终端的信息，结束后续的流程。有利于判断测试控制模块对蓝牙POS终端的信息的读取，也方便接下来进行的功能性模块的测试。
在本实施例中，当蓝牙测试模块与蓝牙POS终端连接成功，则蓝牙测试模块与蓝牙POS终端之间可以互相传递数据信息，验证蓝牙POS终端的蓝牙连接功能良好，并可对蓝牙POS终端的功能模块进行测试，测试控制模块通过通讯接口(RS232串口)将指定的测试命令传送至蓝牙POS终端的程序接口，并启动该功能的模块测试，并可获取蓝牙POS终端对应测试命令的测试数据，如果获取蓝牙POS终端对应测试命令的测试数据失败，则再次重复测试，直至测试的次数超过预设定的次数，则判断该功能的模块测试失败，并结束后续流程，该蓝牙POS终端进入维修工序。
如图4所示，在本实施例中，蓝牙POS终端的自动测试装置包括：
第二判断模块15，用于测试控制模块判断蓝牙测试模块是否与蓝牙POS终端连接成功，若否，则继续连接，直至连接的次数超过预设定的次数，则提示错误，并结束后续流程。
在本实施例中，测试控制模块传送蓝牙MAC地址信息给蓝牙测试模块，并控制蓝牙测试模块根据该蓝牙MAC地址信息蓝牙无线连接蓝牙POS终端，若蓝牙测试模块向测试控制模块返回对应的反馈数据信号，则表明蓝牙测试模块与蓝牙POS终端蓝牙无线连接适配成功；若无返回的对应数据信号，或判断连接不上，则连接不成功，测试控制模块控制蓝牙测试模块继续蓝牙无线连接蓝牙POS终端，继续步骤S21，直至连接的次数超过预设定的连接次数后，则判断测试失败，并结束后续流程，该蓝牙POS终端进入维修工序。
如图4所示，在本实施例中，蓝牙POS终端的自动测试装置还包括：
功能卡测试模块16，用于测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应测试命令的功能模块，并获取蓝牙POS终端对应所述测试命令的测试数据。
其中，上述测试命令包括IC卡测试命令、磁卡测试命令、RF卡测试命令、按键测试命令、声音测试命令等命令中的至少一种。
在一实施例中，测试控制模块通过RS232串口将磁卡功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的磁卡功能模块，通过将磁卡放置于测试工作台上，测试工作台读取磁卡的数据传递至蓝牙POS终端，蓝牙POS终端将磁卡的数据传送至测试控制模块，对蓝牙POS终端的磁卡功能模块进行测试，由于使用的测试磁卡是特定的测试卡，测试控制模块预先储存有测试磁卡的数据，测试控制模块通过对比预先储存的测试磁卡的数据与蓝牙POS终端传送至测试控制模块磁卡的数据，可判断该蓝牙POS终端的磁卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取磁卡测试成功；若读取磁卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的磁卡测试失败，并结束测试；若启动磁卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
在另一实施例中，测试控制模块通过RS232串口将IC卡功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的IC卡功能模块，通过将IC卡放置于测试工作台上，测试工作台读取IC卡的数据传递至蓝牙POS终端，蓝牙POS终端将IC卡的数据传送至测试控制模块，对蓝牙POS终端的IC卡功能模块进行测试，由于使用的测试IC卡是特定的测试卡，测试控制模块预先储存有测试IC卡的数据，测试控制模块通过对比预先储存的测试IC卡的数据与蓝牙POS终端传送至测试控制模块IC卡的数据，可判断该蓝牙POS终端的IC卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取IC卡测试成功；若读取IC卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的IC卡测试失败，并结束测试；若启动IC卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
在又一实施例中，测试控制模块通过RS232串口将RF卡(非接触感应卡)功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的RF卡功能模块，通过将RF卡放置于测试工作台上，测试工作台读取RF卡的数据传递至蓝牙POS终端，蓝牙POS终端将RF卡的数据传送至测试控制模块，对蓝牙POS终端的RF卡功能模块进行测试，由于使用的测试RF卡是特定的测试卡，测试控制模块预先储存有测试RF卡的数据，测试控制模块通过对比预先储存的测试RF卡的数据与蓝牙POS终端传送至测试控制模块RF卡的数据，可判断该蓝牙POS终端的RF卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取RF卡测试成功；若读取RF卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的RF卡测试失败，并结束测试；若启动RF卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
如图4所示，在本实施例中，蓝牙POS终端的自动测试装置还包括：
对比模块17，用于将测试数据和预存的标准数据进行对比，生成的测试结果；
储存模块18，用于将测试结果储存至数据库中。
通过对蓝牙POS终端进行磁卡、IC卡、RF卡、按键、声音、屏幕等模块的测试，测试控制模块将测试数据和预存与测试控制模块的数据进行对比，生成测试结果，将该测试结果储存到数据库中，储存模块还可以将蓝牙POS终端的硬件版本信息、软件版本信息、机器类型信息、机器配置等其他信息储存至数据库，操作简单，节省测试时间，减少人工操作带来的测试失误，提高了对蓝牙POS终端测试的效率和可靠性，方便工作人员统计和查询。
如图7所示，本发明提出了一种蓝牙POS终端的自动测试系统，包括测试工作台3、蓝牙测试模块2和测试控制模块1；蓝牙POS终端安装并通过通讯接口对应连接于测试工作台3上；
测试控制模块1获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块2；控制蓝牙测试模块2根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；控制蓝牙测试模块2向蓝牙POS终端发送指定测试数据；判断蓝牙测试模块2是否接收到蓝牙POS终端根据测试数据生成的反馈数据；若是，则判定蓝牙测试模
块2与蓝牙POS终端有效连接；否则，判定蓝牙测试模块2与蓝牙POS终端有效连接失败。
在本实施例中，测试控制模块1通过第一通讯接口连接蓝牙POS终端，测试控制模块1通过第二通讯接口连接测试工作台3；测试控制模块1通过第三通讯接口连接蓝牙测试模块2；将蓝牙POS终端安装于测试工作台3上，测试工作台3与蓝牙POS终端的接口对应连接，测试控制模块1通过第一通讯接口(RS232串口)与蓝牙POS终端连接。启动该自动测试装置，测试控制模块1通过测试工作台3对蓝牙POS终端进行下载更新程序，根据蓝牙POS终端进行下载及更新程序，同时也对蓝牙测试模块2进行初始化和配置的工作状态和工作模式，当蓝牙POS终端完成程序的下载和更新后，测试控制模块1通过第一通讯接口发送命令到蓝牙POS终端的内部程序接口，获取蓝牙POS终端的信息，如硬件版本信息、软件版本信息、机器类型信息、机器配置等信息，并对该信息进行验证，检验信息是否匹配，若检验信息不匹配，则测试控制模块1提示错误并结束读取蓝牙POS终端的信息，结束后续的流程。若验证信息匹配，则进行下一步的流程，测试控制模块1通过第一通讯接口发送指定命令至蓝牙POS终端的内部程序接口，获取到蓝牙POS终端的蓝牙MAC地址。
测试控制模块1通过第三通讯接口(RS232串口)将蓝牙MAC地址发送至蓝牙测试模块2，并控制蓝牙测试模块2通过蓝牙MAC地址去蓝牙无线连接蓝牙POS终端，测试控制模块1根据蓝牙测试模块2返回的信息来判断是否蓝牙无线连接成功，若不成功，则再次连接，直至连接的次数超过预设定的次数，则提示错误并结束，其中预设定的次数不少于3次，在本实施例中，预设定的次数采用3次，若连接的次数超过3次，则提示蓝牙测试失败，并结束后续的流程，该蓝牙POS终端进入维修工序。若连接成功，则测试控制模块1通过第三通讯接口发送指定测试命令至蓝牙测试模块2，控制蓝牙测试模块2将该指定测试命令发送至蓝牙POS终端，测试控制模块1通过判断蓝牙测试模块是否接收到蓝牙POS终端根据指定的测试数据生产的反馈数据判断是否为有效连接，测试控制模块1根据蓝牙测试模块2返回的反馈数据校验蓝牙无线通信的正确性和完整性；当判断蓝牙测试模块2与蓝牙POS终端有效连接时，连接成功，互相之间可以传达数据；
当判断蓝牙测试模块2与蓝牙POS终端连接不成功时，则再次连接，直至连接的次数超过预设定的次数，则提示错误并结束。通过此种方式进行蓝牙无线连接代替了人工操作，节省时间，降低生产成本，提高了测试的可靠性和工作效率。
在本实施例中，蓝牙测试成功后，则蓝牙测试模块2与蓝牙POS终端有效连接，测试控制模块1发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应测试命令的功能模块，并获取蓝牙POS终端的测试数据。测试控制模块1通过第一通讯接口(RS232串口)发送命令至蓝牙POS终端的内部程序接口，并启动蓝牙POS终端的功能测试模块，如果测试失败，则再次重复测试，直至测试的次数超过预设定的次数，则判断该功能的模块测试失败，蓝牙POS终端进入维修工序。测试控制模块1将蓝牙POS终端的信息和蓝牙测试结果及其参数存储到数据库中，方便工作人员统计和查询。
在一实施例中，测试控制模块1通过RS232串口将磁卡功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的磁卡功能模块，通过将磁卡放置于测试工作台3上，测试工作台读取磁卡的数据传递至蓝牙POS终端，蓝牙POS终端将磁卡的数据传送至测试控制模块1，对蓝牙POS终端的磁卡功能模块进行测试，由于使用的测试磁卡是特定的测试卡，测试控制模块1预先储存有测试磁卡的数据，测试控制模块1通过对比预先储存的测试磁卡的数据与蓝牙POS终端传送至测试控制模块1磁卡的数据，可判断该蓝牙POS终端的磁卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取磁卡测试成功；若读取磁卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的磁卡测试失败，并结束测试；若启动磁卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
在另一实施例中，测试控制模块1通过RS232串口将IC卡功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的IC卡功能模块，通过将IC卡放置于测试工作台上，测试工作台3读取IC卡的数据传递至蓝牙POS终端，蓝牙POS终端将IC卡的数据传送至测试控制模块1，对蓝牙POS终端的IC卡功能模块进行测试，由于使用的测试IC卡是特定的测试卡，测试控制模块1预先储存有
测试IC卡的数据，测试控制模块1通过对比预先储存的测试IC卡的数据与蓝牙POS终端传送至测试控制模块1的IC卡的数据，可判断该蓝牙POS终端的IC卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取IC卡测试成功；若读取IC卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的IC卡测试失败，并结束测试；若启动IC卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
在又一实施例中，测试控制模块1通过RS232串口将RF卡(非接触感应卡)功能测试命令发送至蓝牙POS终端的内部程序接口，同时启动蓝牙POS终端的RF卡功能模块，通过将RF卡放置于测试工作台3上，测试工作台读取RF卡的数据传递至蓝牙POS终端，蓝牙POS终端将RF卡的数据传送至测试控制模块1，对蓝牙POS终端的RF卡功能模块进行测试，由于使用的测试RF卡是特定的测试卡，测试控制模块1预先储存有测试RF卡的数据，测试控制模块1通过对比预先储存的测试RF卡的数据与蓝牙POS终端传送至测试控制模块1的RF卡的数据，可判断该蓝牙POS终端的RF卡功能模块是否可以读取磁卡。若对比数据一致，则表明读取RF卡测试成功；若读取RF卡数据失败，可再次重复测试，测试的次数超过预设定的次数，则判断该蓝牙POS终端的RF卡测试失败，并结束测试；若启动RF卡功能模块失败，则结束，该蓝牙POS终端进入维修工序进行排查原因。
测试控制模块1发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应测试命令的功能模块，并获取蓝牙POS终端的测试数据，通过测试控制模块1发送的指定测试命令，以及对蓝牙POS终端进行磁卡、IC卡、RF卡、按键、声音、屏幕等模块的测试数据与预存的数据对比，生成测试结果，并将测试结果储存至数据库中；同时也将测试控制模块1读取的蓝牙POS终端的硬件版本信息、软件版本信息、机器类型信息、机器配置的信息储存至数据库中，方便工作人员的统计和查询，不需人工清点统计和保存最后的测试结果，提高工作效率。
本发明提出的一种蓝牙POS终端的自动测试方法、装置及系统，通过测试控制模块控制蓝牙测试模块与蓝牙POS蓝牙无线自动连接代替手工去操作，在测试过程中，对蓝牙POS终端进行指定测试命令，并将测试数据及其验证信息储存于数
据库中，节省了蓝牙的测试时间，同时也减少了人工操作带来的测试失误，降低生产成本，极大的提高蓝牙POS终端测试蓝牙的效率和可靠性。
以上所述仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。
Claims (10)
- 一种蓝牙POS终端的自动测试方法，其特征在于，包括：测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据；若是，判定所述蓝牙测试模块与蓝牙POS终端有效连接；否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
- 根据权利要求1所述的蓝牙POS终端的自动测试方法，其特征在于，所述测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块的步骤之前，包括：获取蓝牙POS终端的验证信息；判断所述验证信息是否与所述蓝牙POS终端匹配；若匹配失败，则提示错误，结束后续流程。
- 根据权利要求1所述的蓝牙POS终端的自动测试方法，其特征在于，所述控制蓝牙测试模块向蓝牙POS终端发送指定测试数据的步骤之前，还包括：测试控制模块判断蓝牙测试模块是否与蓝牙POS终端连接成功；若否，则继续连接，直至连接的次数超过预设定的次数，则提示错误，并结束后续流程。
- 根据权利要求1所述的蓝牙POS终端的自动测试方法，其特征在于，所述判定所述蓝牙测试模块与蓝牙POS终端有效连接的步骤之后，包括：测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应所述测试命令的功能模块，并获取所述蓝牙POS终端对应所 述测试命令的测试数据。
- 根据权利要求4所述的蓝牙POS终端的自动测试方法，其特征在于，所述测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应所述测试命令的功能模块，并获取所述蓝牙POS终端的测试数据的步骤之后，包括：将所述测试数据和预存的标准数据进行对比，生成测试结果；将测试结果储存至数据库中。
- 一种蓝牙POS终端的自动测试装置，其特征在于，包括：获取模块，用于测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；连接模块，用于控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；发送模块，用于测试控制模块控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；第一判断模块，用于判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据，若是，则判定所述蓝牙测试模块与蓝牙POS终端有效连接，否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
- 根据权利要求6所述的蓝牙POS终端的自动测试装置，其特征在于，包括：第二判断模块，用于测试控制模块判断蓝牙测试模块是否与蓝牙POS终端连接成功，若否，则继续连接，直至连接的次数超过预设定的次数，则提示错误，并结束后续流程。
- 根据权利要求6所述的蓝牙POS终端的自动测试装置，其特征在于，还包括：功能卡测试模块，用于测试控制模块发送测试命令到蓝牙POS终端，启动蓝牙POS终端的对应所述测试命令的功能模块，并获取所述蓝牙POS终端对应所述测试命令的测试数据。
- 根据权利要求8所述的蓝牙POS终端的自动测试装置，其特征在于，还包括：对比模块，用于将所述测试数据和预存的标准数据进行对比，生成的测试结果；储存模块，用于将测试结果储存至数据库中。
- 一种蓝牙POS终端的自动测试系统，其特征在于，包括测试工作台、蓝牙测试模块和测试控制模块；蓝牙POS终端安装并通过通讯接口对应连接于所述测试工作台上；所述测试控制模块获取蓝牙POS终端的蓝牙MAC地址信息，并发送至蓝牙测试模块；控制蓝牙测试模块根据蓝牙MAC地址信息与蓝牙POS终端蓝牙无线连接；控制蓝牙测试模块向蓝牙POS终端发送指定测试数据；判断蓝牙测试模块是否接收到所述蓝牙POS终端根据所述测试数据生成的反馈数据；若是，则判定所述蓝牙测试模块与蓝牙POS终端有效连接；否则，判定所述蓝牙测试模块与蓝牙POS终端有效连接失败。
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| CN109525971B (zh) * | 2018-10-29 | 2022-03-25 | 四川爱联科技股份有限公司 | 蓝牙模组生产测试系统及方法 |
| CN111371512A (zh) * | 2020-04-24 | 2020-07-03 | 深圳市芯中芯科技有限公司 | 一种ble模块自动化生产测试系统 |
| CN112261635A (zh) * | 2020-10-21 | 2021-01-22 | 上海闻泰信息技术有限公司 | 蓝牙测试方法、装置、电子设备和计算机可读存储介质 |
| CN112261635B (zh) * | 2020-10-21 | 2022-09-23 | 上海闻泰信息技术有限公司 | 蓝牙测试方法、装置、电子设备和计算机可读存储介质 |
| CN113037396A (zh) * | 2021-03-05 | 2021-06-25 | 深圳市百泰实业股份有限公司 | 蓝牙设备的pcba自动测试系统及自动测试方法 |
| CN113037396B (zh) * | 2021-03-05 | 2021-11-30 | 深圳市百泰实业股份有限公司 | 蓝牙设备的pcba自动测试系统及自动测试方法 |
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