TWI537571B - Overall detection program generation method and system thereof - Google Patents

Description

Method and system for generating an overall detection program

The present invention relates to a method and system for generating an overall detection program, and more particularly to a method and system for generating an overall detection procedure for generating an overall detection program by comparing the items to be tested one by one with the constructed detection items.

With the advancement of technology, the rapid development of home appliances such as TVs and air conditioners and hand-held mobile devices such as mobile phones and tablet computers has brought considerable convenience. The above products need to be tested after manufacturing. Confirm that the functional modules inside the product are working properly or comply with international regulations.

Generally speaking, in the above steps of detecting the product, it is generally necessary to first write a detection program, and store the prepared detection program into the inspection machine or the controller to control the machine in accordance with the detection program for the above products. The function module performs detection. However, generally, after testing, if another similar product needs to be tested, it is generally necessary to write another test program or change the program written for the first time and deposit it into the test machine or controller. To test the functional modules in this product, however, the above method takes a lot of time for the programmer, and if the programmer is different, then it is necessary to rewrite the detection program for the first detection. more time. In addition, if it is a product of different departments (such as the motor department, home appliance department or solar energy business department), the inspection program needs to spend more time. It is difficult to understand the testing procedures written by each other, and the existing technology still has room for improvement.

In view of the prior art, after the product is tested, if another product is to be tested, there is generally a problem that it takes a lot of time to rewrite the detection program. Accordingly, the present invention provides a method and system for generating an overall detection program, which mainly utilizes the currently constructed constructed detection items, and compares the items to be tested one by one with the constructed detection items to generate an overall detection program to solve the above. The problem.

Based on the above object, the main technical means adopted by the present invention provides a method for generating an overall detection program, which utilizes at least one constructed detection item prestored in a database to generate an overall detection program for at least one device to be tested. The device under test includes at least one function module, and includes the following steps: (a) parsing device information of one device to be tested to at least one detection request corresponding to each function module, thereby detecting the at least one function module according to the at least one function module Requiring a test program comparison table to display at least one item to be detected included in the overall detection program by using a test program comparison table, wherein each of the items to be detected corresponds to one of the at least one function module And performing, in step (b), comparing the at least one item to be detected in the test program comparison table with the at least one constructed detection item one by one, thereby comparing the at least one Whether the constructed test item and the item to be tested are consistent with each other, and then step (c) is performed to compare the at least one constructed test item. When the one and the items to be tested are consistent with each other, the constructed detection item that matches the item to be detected replaces the item to be tested, and the items to be detected that do not match are included in the list of items to be constructed, according to the item to be constructed. In the list The project to be tested constructs a new testing project, and the new testing project is combined with the constructed testing project into an overall testing program.

In the preferred embodiment of the above-mentioned method for generating the overall detection procedure, after step (c), a step (d) is performed to store the newly added detection item in the database, thereby generating another constructed detection. The item, the at least one constructed detection item corresponds to a first identification code, the at least one item to be detected corresponds to a second identification code, and in step (b), the first identification code and the second identification code are compared. Does it match? In addition, the device to be tested is one of a motor, a cold air, a server, a refrigerator and a washing machine, and the at least one detection request is an operating frequency, an operating sequence, a test voltage, a test current, and an acceleration. And at least one of a deceleration.

The main technical means adopted by the present invention further provides a system for generating an overall detection program, which is a system for generating an overall detection program for at least one device to be tested, the device to be tested comprising at least one functional module, and a system for generating an overall detection program. It includes a database, an analysis module, and a comparison module. The database system is prestored with at least one constructed detection item, and the analysis module is electrically connected to the data base, and is configured to parse the device information of one device to be tested out to at least one detection requirement corresponding to each function module, thereby And the at least one function module establishes a detection program comparison table with the at least one detection request, so that at least one item to be detected included in the overall detection program is presented by using the detection program comparison table, wherein each item to be detected corresponds to the One of the at least one functional module and one of the at least one detection request. The comparison module is electrically connected to the analysis module, and compares the at least one item to be detected in the test program table with the at least one constructed test item one by one, and compares the at least one constructed structure When one of the detection items matches the item to be tested, the constructed test item that matches the item to be tested replaces the item to be tested, and will not match. The items to be tested are included in the list of construction inspection items, and a new inspection item is constructed according to the items to be tested in the list of construction items to be constructed, and the new detection items and the constructed inspection items are combined into a whole inspection program.

In the preferred embodiment of the above-mentioned auxiliary technical means for generating the overall detection program, the comparison module is electrically connected to the data base for storing the newly added detection item after constructing the newly added detection item. To the database, to generate another constructed detection item, the at least one constructed detection item corresponding to a first identification code, the at least one item to be detected corresponds to a second identification code, and the comparison module is based on the first The identification code is compared with the second identification code to determine whether the at least one constructed detection item matches the at least one item to be detected. In addition, the device to be tested is one of a motor, a cold air, a server, a refrigerator and a washing machine, and the at least one detection request is an operating frequency, an operating sequence, a test voltage, a test current, and an acceleration. And at least one of a deceleration.

After the main technical means of the method and system for generating the overall detection program used by the present invention, the device to be tested is parsed out of the plurality of functional modules, and the detection items can be divided according to the function module and the detection requirements, in accordance with The items to be tested are compared with the constructed test items. If they are consistent, they can be directly replaced and used. If they do not match, the program writer can write this part of the program, so the programmer does not need to spend a lot of time to rewrite the whole. , thereby improving convenience.

The specific embodiments of the present invention will be further described by the following examples and drawings.

1‧‧‧Systems that generate overall testing procedures

11‧‧‧Database

111, 111a‧‧‧ Construction of testing projects

12‧‧‧analysis module

13‧‧‧ Alignment module

The first figure shows the system of the system for generating an overall detection program in accordance with a preferred embodiment of the present invention. A block diagram; and a second diagram showing a flow diagram of a method of generating an overall detection procedure in accordance with a preferred embodiment of the present invention.

In the method and system for generating an overall detection program provided by the present invention, the combined implementation manners are numerous, and therefore will not be further described herein, and only a preferred embodiment will be specifically described.

Referring to the first and second figures, the first figure shows a block diagram of a system for generating an overall detection program according to a preferred embodiment of the present invention, and the second figure shows the overall detection procedure for generating a preferred embodiment of the present invention. A schematic diagram of the process of the method. As shown in the figure, the system 1 for generating an overall detection program according to a preferred embodiment of the present invention is configured to generate an overall detection program (not shown) for at least one device to be tested (not shown), and the device to be tested includes At least one function module (not shown), wherein the device to be tested is one of a motor, a cold air, a server, a refrigerator, and a washing machine, but other embodiments are not limited thereto, and may be other Such as TV home appliances or handheld mobile devices such as mobile phones and tablets. The functional module can be a functional module such as a controller, a memory, a motor, a compressor, a condenser, a heater, a heat exchanger, etc., and therefore, the functional module defined by the preferred embodiment of the present invention refers to a test module. A module capable of performing individual functions in the device. For example, if the device to be tested is a refrigerator, the function module can be a compressor, a condenser, a heater, and the like; if the device to be tested is cold air, then The function module can be other function modules such as a compressor, a radiator, a heat exchanger, etc. If the device to be tested is a mobile phone, the function module can be a function module such as a storage module, a wireless transmission module, and a display module. In addition, the overall testing procedure will be detailed below.

The system 1 for generating an overall detection program includes a database 11, an analysis module 12, and a comparison module 13, wherein the database 11 is pre-stored with at least one constructed detection item 111, and the above-mentioned constructed detection item 111 is Refers to the test procedure (or test program), and the constructed test item 111 is the test program that was written at the time of the previous test. In addition, the database 11 can be, for example, an existing hard disk, a cloud server, or a memory, depending on the design of the actual application.

The parsing module 12 is electrically connected to the database 11 and can be an existing central processing unit (CPU), a graphics processing unit (GPU), or an accelerated processing unit (APU). The processor. The comparison module 13 is electrically connected to the database 11 and the analysis module 12, which can also be the above processor. Preferably, the analysis module 12 and the comparison module 13 can be integrated into the same processor. And a processor performs the corresponding function, depending on the design of the practice.

In order to enable those skilled in the art to understand the method and system for generating an overall detection program provided by the present invention, the following will be described in detail by a method flow diagram, as shown in the second figure, which is provided by the preferred embodiment of the present invention. The method for the overall detection process includes the following steps: Step S101: parsing device information of one device to be tested out to at least one detection request corresponding to each function module, thereby establishing one according to the at least one function module and the at least one detection request Detecting a program comparison table, by using the test program comparison table to present at least one item to be detected included in the overall detection program; step S102: comparing with the at least one constructed detection item and the item to be detected mutually; step S103: The constructed test item that matches the item to be tested replaces the item to be tested; Step S104: Include the item to be detected in a list of items to be constructed, construct a new detection item according to the item to be detected in the list of items to be constructed, and combine the newly added item with the constructed item to form an overall detection. a program; and step S105: storing the newly added detection item to the database, thereby generating another constructed detection item.

Before the start of the step, the database 11 is pre-stored with at least one constructed detection item 111 as shown in Table 1, wherein the constructed detection item 111 corresponds to the operation sequence, and the constructed detection item 111a corresponds to the operation frequency, and the operation sequence is The operating frequency refers to the detection requirements, which will be described in detail below.

After the step is started, the step S101 is performed to parse the device information of the device to be tested into at least one detection request corresponding to each function module, so as to establish a detection program according to the at least one function module and the at least one detection request. a table, wherein the at least one item to be detected included in the overall detection program is presented by using a test program comparison table, wherein each of the items to be detected corresponds to one of the at least one function module and the at least one detection requirement One of them.

For example, the test program comparison table is shown in Table 2. In the preferred embodiment, the device to be tested is a smart refrigerator, and the functional modules included in the device to be tested are respectively a controller, a compressor, and a memory. (The above is only an example, not all the function modules are listed), and the detection requirements of the analysis module 12 for analyzing the device information of the device to be tested are operation timing, running speed, running frequency, acceleration, deceleration, and test voltage. And test current (analytical method, for example, can receive equipment such as specification sheet The possible function modules and corresponding detection requirements are analyzed, and the items to be tested are analyzed to be detected PAa to the item PAh to be detected, and the items to be detected correspond to functional modules and detection requirements, for example, to be detected. The project PAa corresponds to the compressor and the running sequence, the project to be tested PAe corresponds to the controller and the test voltage, and so on. Among them, the items to be tested not shown in the following table indicate that there is no corresponding detection requirement, which is hereby stated.

After the step S101 is performed, the step S102 is performed to match whether the at least one constructed detection item and the item to be detected coincide with each other. In this step, the comparison module 13 checks the at least one of the detection program check tables. The items are compared with the at least one constructed test item one by one, so that the comparisons are consistent with each other. For example, as shown in Table 1 and Table 2, the comparison module 13 obtains the test program from the analysis module 12 The table, and the constructed test items 111, 111a are retrieved from the database 11, and the items to be detected PAa to PAh are respectively compared with the constructed detection items 111, 111a.

Then, in step S103, the constructed detection item that matches the item to be detected is substituted for the item to be detected, and specifically, it can be clearly understood from Table 1 and Table 2. The constructed detection items 111 and 111a are respectively in conformity with the items to be detected PAa and PAb, so that the constructed detection items 111 and 111a can be directly replaced with the items to be detected PAa and PAb, respectively, to generate a new detection program comparison table (see Table 3). Shown).

After the step S103 is performed, the step S104 is executed to list the item to be detected into a list of items to be constructed, and a new detection item is constructed according to the item to be detected in the list of items to be constructed, and the added item is added. The constructed test items are combined into a holistic test procedure. Specifically, in the remaining unconformed item Pac to the to-be-detected item PAh, the comparison module 13 includes the above-mentioned item to be detected Pac to the item to be detected PAh as a list of items to be constructed (see Table 4). The new detection items Pb to Pg are constructed according to the to-be-detected item Pac to the to-be-detected item PAh in the to-be-constructed detection item list, and the newly added detection items Pb to Pg need to be written by the programmer. After the completion of the preparation, the comparison module system combines the new detection items Pb to Pg with the constructed detection items 111, 111a into a whole detection program (as shown in Table 5), wherein the overall detection program refers to the new The procedures for the combination of the test items Pb to Pg and the constructed test items 111, 111a, rather than individual procedures, are hereby incorporated by reference.

After the step S104 is performed, the step S105 is executed to store the newly added detection item to the database, thereby generating another constructed detection item. Specifically, after the program writer completes the preparation of the newly added detection items Pb to Pg, The module 13 can directly store the newly added detection items Pb to Pg into the database 11, and further The storage is another constructed detection item, that is, the new detection items Pb to Pg are added to the table, so that the system 1 for generating the overall detection program provided by the preferred embodiment of the present invention has a learning function, so The next time you perform a similar test, you can use the new test items Pb to Pg without using the new test items.

In addition, when the determination result in step S102 is NO, step S103 is directly skipped, and step S104 is performed, that is, no one of the at least one constructed detection items 111, 111a and the item to be detected PAa are to be detected. When the PAhs coincide with each other, the operations of step S104 are directly performed, and the rest are the same as the above-mentioned step S104, and will not be described again.

In addition, in another embodiment of the determining method of step S102, the at least one constructed detection item 111, 111a corresponds to a first identification code, and the first identification code may be, for example, a program code, to be detected by the item PAa to be detected. The item PAh corresponds to a second identification code, and the second identification code can be, for example, a program code. Therefore, in step S102, the comparison module 13 compares the first identification code with the second identification code. Whether the at least one constructed detection item 111, 111a coincides with the at least one to-be-detected item PAa to the to-be-detected item PAh, and the specific comparison manner can confirm whether the first identification code and the second identification code are the same, but are not limited thereto. .

In summary, after the method and system for generating the overall detection program, since the device under test is parsed out of multiple functional modules, the detection items can be divided according to the function module and the detection requirements, in accordance with the items to be tested and Construct a test item for comparison. If it is consistent, it can be directly replaced and used. If it does not match, the program writer can write this part of the program, so the programmer does not need to spend a lot of time to rewrite the whole, and also has learning. Function, which improves the convenience of use.

With the details of the above preferred embodiments, it is hoped that it will be clearer. The features and spirit of the present invention are described, and the scope of the present invention is not limited by the preferred embodiments disclosed herein. On the contrary, the intention is to cover various modifications and equivalents within the scope of the invention as claimed.

Claims (10)

A method for generating an overall detection program is to generate an overall detection program for at least one device to be tested by using at least one constructed detection item prestored in a database, the device to be tested comprising at least one functional module, comprising the following steps And (a) parsing the device information of one device to be tested to at least one detection request corresponding to each function module, thereby establishing a detection program comparison table according to the at least one function module and the at least one detection request, thereby utilizing The test program comparison table presents at least one item to be detected included in the overall detection program, wherein each of the items to be detected corresponds to one of the at least one function module and the at least one detection request (b) comparing the at least one item to be tested in the test program table with the at least one constructed test item, thereby comparing whether the at least one constructed test item and the item to be tested are compared Compatible with each other; and (c) when the one of the at least one constructed detection item is compared with the item to be detected, the item to be detected is The constructed test item replaces the item to be tested, and the untested item to be tested is included in a list of items to be constructed, and a new test is constructed according to the item to be tested in the list of items to be constructed. The project combines the new test item with the constructed test item into the overall test program. The method for generating an overall detection procedure as described in claim 1, wherein after the step (c), performing a step (d) storing the newly added detection item in the database, thereby generating another Construct a test project. The method for generating an overall detection program according to claim 1, wherein the at least one constructed detection item corresponds to a first identification code, and the at least one item to be detected corresponds to a second identification code. In step (b), it is compared with whether the first identification code and the second identification code match. The method for generating an overall detection program as described in claim 1, wherein the device to be tested is one of a motor, a cold air, a server, a refrigerator, and a washing machine. The method of generating an overall detection procedure as described in claim 1, wherein the at least one detection request is at least one of an operation frequency, an operation timing, a test voltage, a test current, an acceleration, and a deceleration. One. A system for generating an overall detection program for generating an overall detection program for at least one device to be tested, the device to be tested comprising at least one functional module, the system for generating an overall detection program comprising: a database, pre-stored At least one of the detected detection items; an analysis module electrically connected to the database, configured to parse the device information of the device to be tested out to at least one detection request corresponding to each function module, thereby a functional module and the at least one detection request Forming a test program comparison table, by using the test program comparison table to present at least one item to be detected included in the overall detection program, wherein each of the items to be detected corresponds to one of the at least one function module And one of the at least one detection request; and a comparison module electrically connected to the analysis module, configured to compare the at least one item to be detected in the detection program to the at least one The constructed detection item is compared, and when the one of the at least one constructed detection item matches the item to be detected, the constructed detection item that matches the item to be detected replaces the item to be detected. And including the untested item to be inspected into a list of items to be constructed, constructing a new detection item according to the item to be tested in the list of items to be constructed, and adding the new item to the item The construction test project is combined into the overall inspection program. The system for generating an overall detection program as described in claim 6, wherein the comparison module is electrically connected to the database, and the new detection is performed after constructing the newly added detection item. The project is stored in the database to generate another constructed test item. The system for generating an overall detection program according to claim 6, wherein the at least one constructed detection item corresponds to a first identification code, and the at least one item to be detected corresponds to a second identification code, the ratio And comparing, by the module, the at least one constructed detection item and the at least one item to be detected according to the first identification code and the second identification code. The system for generating an overall detection program as described in claim 6, wherein the device to be tested is one of a motor, a cold air, a server, a refrigerator, and a washing machine. The system for generating an overall detection program according to claim 6, wherein the at least one detection requirement is at least one of an operation frequency, an operation timing, a test voltage, a test current, an acceleration, and a deceleration. One.