TWI382185B - Testing fixture of electronic dictonary and method of motion thereof - Google Patents
Testing fixture of electronic dictonary and method of motion thereof Download PDFInfo
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Description
本發明是有關於一種電子字典的測試治具，且特別是有關於一種可自動進行測試操作的電子字典的測試治具及其運行方法。The invention relates to a test fixture for an electronic dictionary, and in particular to a test fixture for an electronic dictionary capable of automatically performing a test operation and a method for operating the same.
在電子字典的開發過程中，設計人員會不斷的研發新的版本，而測試人員則需要對每個版本進行測試，其中測試操作中的某些步驟是每個版本都必須測試通過的。在以往，測試人員需要在每個版本進行測試操作時，以手工方式對電子字典上的按鍵或觸控板進行一系列的操作動作。以這樣的測試方式來說，一方面浪費人力，另一方面人為操作容易產生失誤。並且，在測試人員發現錯誤後，也無法立即獲得錯誤時電子字典的內部狀態，使得設計人員在進行除錯時無法依據電子字典的內部狀態來判別錯誤的原因。In the development of electronic dictionaries, designers will continue to develop new versions, and testers will need to test each version, some of the steps in the test operation must be tested by each version. In the past, testers had to manually perform a series of actions on keys or trackpads in electronic dictionaries during each version of the test. In this way of testing, human resources are wasted on the one hand, and human operations are prone to mistakes on the other hand. Moreover, after the tester finds the error, the internal state of the electronic dictionary at the time of the error cannot be obtained immediately, so that the designer cannot determine the cause of the error according to the internal state of the electronic dictionary when performing the debugging.
而設計人員在進行錯誤修正時，同樣會以手工方式對電子字典上的按鍵或觸控板之類的操作介面進行測試操作。在設計人員第一次進行測試操作會確認錯誤的原因，在修正後再進行第二次測試操作，以確認修正的結果是否正確。所以設計人員至少要操作兩次，才能確認修正的結果是否正確，使得錯誤的修正亦會花費不少人力。When the designer makes the error correction, the user will also manually test the operation interface such as the button or the touchpad on the electronic dictionary. The first time the designer performs a test operation, the cause of the error is confirmed, and the second test operation is performed after the correction to confirm whether the corrected result is correct. Therefore, the designer must operate at least twice to confirm that the result of the correction is correct, and the correction of the error will also take a lot of manpower.
本發明提供一種電子字典的測試治具及其運行方法，可以讓電子字典自動運行測試操作。The invention provides a test fixture for an electronic dictionary and a running method thereof, which can enable an electronic dictionary to automatically run a test operation.
本發明亦提出一種電子字典的測試治具，其包括連接介面、測試模組及儲存裝置。連接介面用以耦接欲測試的電子字典。測試模組透過連接介面耦接至電子字典。其中若儲存裝置無對應電子字典的測試記錄檔時，則測試模組記錄人員對電子字典進行測試操作的過程，以於儲存裝置產生測試記錄檔。若測試模組存在對應電子字典的測試記錄檔時，則測試模組控制電子字典依據測試記錄檔自動運行測試操作。若電子字典運行測試操作的過程中產生錯誤，則測試模組將錯誤記錄於除錯檔。The invention also provides a test fixture for an electronic dictionary, which comprises a connection interface, a test module and a storage device. The connection interface is used to couple the electronic dictionary to be tested. The test module is coupled to the electronic dictionary through a connection interface. Wherein, if the storage device does not have a test record file corresponding to the electronic dictionary, the test module records the process of the test operation of the electronic dictionary, so that the storage device generates the test record file. If the test module has a test record file corresponding to the electronic dictionary, the test module controls the electronic dictionary to automatically run the test operation according to the test record file. If an error occurs during the operation of the electronic dictionary to run the test operation, the test module records the error in the debug file.
在本發明的一實施例中，上述之連接介面為一通用串列匯流排介面。In an embodiment of the invention, the connection interface is a universal serial bus interface.
本發明提出一種所述電子字典測試治具的運行方法，其包括下列步驟。首先，提供測試治具，並使測試治具耦接電子字典。接著，若測試治具的儲存裝置無對應電子字典的測試記錄檔時，則使測試模組記錄人員對電子字典進行測試操作的過程，以產生測試記錄檔。並且，將測試記錄檔儲存於儲存裝置。若測試治具的儲存裝置存在測試記錄檔時，則由測試模組控制電子字典依據測試記錄檔自動運行測試操作。此外，若電子字典運行測試操作的過程中產生錯誤，則將錯誤記錄於除錯檔。The invention provides a method for operating the electronic dictionary test fixture, which comprises the following steps. First, a test fixture is provided and the test fixture is coupled to an electronic dictionary. Then, if the storage device of the test fixture has no test record file corresponding to the electronic dictionary, the test module records the process of the test operation of the electronic dictionary to generate the test record file. And, the test log file is stored in the storage device. If there is a test record file in the storage device of the test fixture, the test module controls the electronic dictionary to automatically run the test operation according to the test record file. In addition, if an error occurs during the operation of the electronic dictionary to run the test operation, the error is recorded in the debug file.
在本發明的一實施例中，上述之記錄人員對電子字典進行測試操作的過程，以產生測試記錄檔的步驟包括：記錄人員進行測試操作的多個步驟，以及將這些步驟儲存為電子檔，作為測試記錄檔。In an embodiment of the present invention, the step of performing a test operation on the electronic dictionary by the recording personnel to generate the test record file includes: recording a plurality of steps of the person performing the test operation, and storing the steps as an electronic file, As a test log file.
在本發明的一實施例中，上述之控制電子字典依據測試記錄檔自動運行測試操作的步驟包括：測試治具將測試記錄檔中所記錄的測試操作過程中的這些步驟，依序傳送至電子字典，以及電子字典依據這些步驟進行測試操作。In an embodiment of the invention, the step of automatically controlling the electronic dictionary to run the test operation according to the test record file comprises: the test fixture transmitting the steps in the test operation recorded in the test record file to the electronic device in sequence The dictionary, as well as the electronic dictionary, are tested according to these steps.
在本發明的一實施例中，上述之測試操作過程中的步驟包括按鍵操作、觸控板操作、記憶卡操作、手寫輸入操作。In an embodiment of the invention, the steps in the above test operation include a button operation, a touchpad operation, a memory card operation, and a handwriting input operation.
在本發明的一實施例中，上述之測試治具為電腦或數位個人助理，且上述之測試治具透過通用串列匯流排介面耦接電子字典。In an embodiment of the invention, the test fixture is a computer or a digital personal assistant, and the test fixture is coupled to the electronic dictionary through a universal serial bus interface.
綜合以上所述，電子字典的測試治具及其運行方法，其透過測試治則記錄電子字典手工進行測試操作的多個步驟，並且存為測試記錄檔。藉此，可利用此測試記錄檔，使電子字典自動再次執行測試操作，以減少人工執行測試操作造成失誤操作的機會及人力的浪費。In summary, the test fixture of the electronic dictionary and the operation method thereof are recorded through the test rule to record multiple steps of the electronic dictionary manual test operation, and stored as a test record file. Thereby, the test record file can be utilized, so that the electronic dictionary automatically performs the test operation again, thereby reducing the chance of manual operation and the waste of manpower caused by the manual execution of the test operation.
為讓本發明之上述特徵和優點能更明顯易懂，下文特舉實施例，並配合所附圖式作詳細說明如下。The above described features and advantages of the present invention will be more apparent from the following description.
圖1為根據本發明一實施例的電子字典測試治具的系統方塊圖。請參照圖1，測試治具100包括連接介面110、測試模組120及儲存裝置130，並且測試治具100例如為電腦或數位個人助理。連接介面110用以耦接欲測試的電子字典10，其中連接介面110例如為通用串列匯流排介面。測試模組120耦接連接介面11與儲存裝置130，以透過連接介面110耦接至電子字典10，並從電子字典10接收資料或傳送資料至電子字典10，並藉此控制電子字典10。其中測試模組120可以硬體或軟體方式來實施，並且不以此為限。1 is a system block diagram of an electronic dictionary test fixture in accordance with an embodiment of the present invention. Referring to FIG. 1 , the test fixture 100 includes a connection interface 110 , a test module 120 , and a storage device 130 , and the test fixture 100 is, for example, a computer or a digital personal assistant. The connection interface 110 is used to couple the electronic dictionary 10 to be tested, wherein the connection interface 110 is, for example, a universal serial bus interface. The test module 120 is coupled to the connection interface 11 and the storage device 130 to be coupled to the electronic dictionary 10 through the connection interface 110, and receives data from the electronic dictionary 10 or transmits the data to the electronic dictionary 10, and thereby controls the electronic dictionary 10. The test module 120 can be implemented in a hardware or software manner, and is not limited thereto.
圖2為根據本發明一實施例的電子字典測試治具的運行方法的流程圖。請參照圖1及圖2，首先，在步驟S201中，提供測試治具100，其中測試治具100耦接電子字典10。接著，在步驟S202中，測試模組120會判斷儲存裝置130是否存在對應電子字典10的測試記錄檔。若儲存裝置130無對應電子字典10的測試記錄檔時，亦即步驟S202的判斷結果為「否」，接著執行步驟S203以讓測試模組120記錄人員對電子字典10進行測試操作的過程，以在儲存裝置130產生測試記錄檔(亦即將測試記錄檔儲存於儲存裝置130)。反之，若測試治具100存在對應電子字典的測試記錄檔時，亦即步驟S202的判斷結果為「是」，則執行步驟S204以讓測試模組120控制電子字典10依據測試記錄檔自動運行測試操作。2 is a flow chart of a method of operating an electronic dictionary test fixture in accordance with an embodiment of the present invention. Referring to FIG. 1 and FIG. 2 , first, in step S201 , a test fixture 100 is provided, wherein the test fixture 100 is coupled to the electronic dictionary 10 . Next, in step S202, the test module 120 determines whether the storage device 130 has a test record file corresponding to the electronic dictionary 10. If the storage device 130 does not have the test record file corresponding to the electronic dictionary 10, that is, the determination result of step S202 is "NO", then step S203 is executed to let the test module 120 record the process of the person performing the test operation on the electronic dictionary 10 to A test record file is generated at the storage device 130 (i.e., the test record file is stored in the storage device 130). On the other hand, if the test fixture 100 has a test record file corresponding to the electronic dictionary, that is, the determination result of step S202 is YES, step S204 is executed to enable the test module 120 to control the electronic dictionary 10 to automatically run the test according to the test record file. operating.
在步驟S203或204執行後，接著都會執行步驟S205，以判斷電子字典10運行測試操作的過程中是否產生錯誤。若電子字典運行測試操作的過程中產生錯誤，亦即步驟S202的判斷結果為「是」，則執行步驟S207以讓測試模組120將錯誤記錄於除錯檔中；反之，則結束此運行方法。其中此測試操作過程中的步驟包括按鍵操作、觸控板操作、記憶卡操作、手寫輸入操作，並且這些操作會轉化為二進位資料以傳送到測試治具100。藉此，測試治具100會將電子字典10測試操作的過程的步驟記錄於測試記錄檔中，並且可將測試記錄檔中測試操作的過程的步驟回傳至電子字典10，以控制電子字典10自動運行測試操作。After the execution of step S203 or 204, step S205 is next performed to determine whether an error has occurred in the course of the electronic dictionary 10 running the test operation. If an error occurs in the process of running the test operation in the electronic dictionary, that is, the determination result in step S202 is YES, step S207 is executed to cause the test module 120 to record the error in the debug file; otherwise, the operation method is ended. . The steps in the test operation include a button operation, a touchpad operation, a memory card operation, a handwriting input operation, and these operations are converted into binary data for transmission to the test fixture 100. Thereby, the test fixture 100 records the steps of the process of the electronic dictionary 10 test operation in the test log file, and can return the steps of the test operation process in the test log file to the electronic dictionary 10 to control the electronic dictionary 10 Run test operations automatically.
承上述，若除錯檔中記錄有錯誤時，接下來設計人員會根據此除錯檔進行除錯的工作。而設計人員則可以利用上述的測試記錄檔，讓電子字典10自動運行測試操作(亦即依序執行步驟201、202、204)。在電子字典10進行測試操作的過程中，設計人員可以對照錯誤發生的位置以確認錯誤發生的原因，並且依照發生的原因修正電子字典10內的程式碼。接著在確認電子字典10錯誤修正的結果時，同樣可以利用此測試記錄檔讓電子字典10自動運行測試操作。若測試操作的過程中沒有發生錯誤時，代表修正的結果為正確的；反之，則再對電子字典10進行錯誤修正。藉此，可輔助設計人員進行錯誤判斷以及修正結果的確認。In the above, if an error is recorded in the debug file, the designer will then perform the debugging work according to the debug file. The designer can use the above test record file to let the electronic dictionary 10 automatically run the test operation (that is, perform steps 201, 202, and 204 in sequence). During the test operation of the electronic dictionary 10, the designer can check the cause of the error against the location where the error occurred, and correct the code in the electronic dictionary 10 according to the cause. Then, when confirming the result of the error correction of the electronic dictionary 10, the test record file can also be used to cause the electronic dictionary 10 to automatically run the test operation. If no error occurs during the test operation, the result of the correction is correct; otherwise, the electronic dictionary 10 is corrected again. This helps the designer to make false judgments and confirm the correction results.
上述實施例的測試記錄檔具有一資料格式，接著。請參照表1，此測試記錄檔的資料格式包括二個部份，一個是檔案描述部份(亦即位元組位置0-30的部份)，一個是運算元據部份(亦即位置31之後的部份)。檔案描述部份為固定字串(亦即資料長度固定)，用以描述測試記錄檔的相關資訊，例如字串為“CanonDict PC Log Raw Data File”的話，代表名為Canon的電子字典運行於PC Log軟體(此為運行於測試治具上的軟體)的原始資料檔案。資料部份會因為測試操作中步驟的多寡而不同，如表1所示，其為具有n個操作的測試記錄檔，其資料部份記載了n個操作，而每一操作皆以4個位元組來記載。The test log file of the above embodiment has a data format, and then. Please refer to Table 1. The data format of this test record file consists of two parts, one is the file description part (that is, the part of the byte position 0-30), and the other is the operation element part (ie, position 31). The latter part). The file description part is a fixed string (that is, the data length is fixed), which is used to describe the information of the test record file. For example, if the string is "CanonDict PC Log Raw Data File", the electronic dictionary named Canon runs on the PC. The raw data file of the Log software (this is the software running on the test fixture). The data portion will vary depending on the number of steps in the test operation. As shown in Table 1, it is a test record file with n operations. The data portion describes n operations, and each operation has 4 bits. The tuple is recorded.
如上所述，這些測試操作的步驟皆會轉化為二進位資料，以使測試治具可以接收這些步驟並儲存為一電子檔，以下則對這些步驟的多個操作所對應的二進位資料加以說明。請參照表2，由於測試操作會依序使用電子字典上的所有操作及擴充介面，表2列出可能發生的事件，以對應電子字典可能被使用到的介面進行測試操作的說明。以按鍵事件而言，在此以資料”0x6B”來表示，並且記錄在第一個位元組。由於每個按鍵有不同意義，所以第二個位元組儲存了按鍵代碼。對人員來說，按按鍵是一個動作，但對電子字典而言，則由按鍵的按下及放開所組成，並且按鍵可能一直被按著，所以在第三個位元組分別描述這些動作。而在第四個位元組，則記錄了與上一個操作的時間間隔，以毫秒為單位。As described above, the steps of these test operations are converted into binary data, so that the test fixture can receive these steps and store them as an electronic file. The following describes the binary data corresponding to multiple operations of these steps. . Please refer to Table 2. Since the test operation will use all the operations and expansion interfaces on the electronic dictionary in sequence, Table 2 lists the possible events, and the test operation corresponding to the interface that the electronic dictionary may be used for. In the case of a button event, it is represented here by the material "0x6B" and recorded in the first byte. Since each button has a different meaning, the second byte stores the button code. For the person, pressing the button is an action, but for the electronic dictionary, it is composed of the button pressing and releasing, and the button may be pressed all the time, so these actions are described in the third byte respectively. . In the fourth byte, the time interval from the previous operation, in milliseconds, is recorded.
以觸控板事件而言，在第一個位元組記錄資料”0x70”以表示觸控板事件。由於觸控板是以座標來表示，所以第二個位元組儲存了觸控板的座標。在第三個位元組中，分別以不同的二進位資料記載觸控板可能的操作(例如：觸摸筆點下、觸摸筆抬起、觸摸筆移動及觸摸筆保持點下)。而第四個位元組，則同樣記錄了與上一個操作的時間間隔。而手寫事件與觸控板事件相似，主要差別在手寫事件以資料”0x68”來表示。在記憶卡事件中，其可能的操作只有插入及拔出，所以只在第一個位元組記錄用以代表記憶卡事件的資料”0x63”，以及在第三個位元組描述記憶卡可能的操作，其他位元組則固定為0。藉此，電子字典可以將測試操作的步驟傳送至測試治具，並且測試治具可以將這些步驟回傳至電子字典，以控制電子字典執行這些步驟。值得一提的是，表1及表2為用以說明之用，而本領域通常知識者可以理解本發明實施例後，自行更動表1及表2的格式及操作所對應的資料，以對應記錄電子字典上的操作。In the case of a trackpad event, the material "0x70" is recorded in the first byte to represent the trackpad event. Since the touchpad is represented by coordinates, the second byte stores the coordinates of the touchpad. In the third byte, the possible operations of the touchpad are recorded in different binary data (for example, under the touch pen point, the touch pen is raised, the touch pen is moved, and the touch pen is held down). The fourth byte, also records the time interval from the previous operation. The handwriting event is similar to the trackpad event. The main difference is that the handwriting event is represented by the data "0x68". In a memory card event, the only possible operations are to insert and unplug, so only the first byte records the data "0x63" used to represent the memory card event, and the memory card may be described in the third byte. The operation, the other bytes are fixed to 0. Thereby, the electronic dictionary can transmit the steps of the test operation to the test fixture, and the test fixture can transfer these steps back to the electronic dictionary to control the electronic dictionary to perform these steps. It is worth mentioning that Tables 1 and 2 are for illustrative purposes, and those skilled in the art can understand the embodiment of the present invention and change the format and operation corresponding to Table 1 and Table 2 to correspond. Record operations on the electronic dictionary.
此外，由圖2的實施例可以延伸至另一實施例。圖3為根據本發明另一實施例的電子字典測試治具的運行方法的流程圖。請參照圖2及圖3，其中步驟S301、步驟S302、步驟S307、步驟S308及步驟S309可以參照圖2實施例相似的部份，在此則不在贅述。當步驟S302的判斷結果為「否」時，則執行步驟S303，以記錄測試人員對電子字典進行測試操作的多個步驟。接著，步驟S304會將這些步驟儲存為電子檔，作為測試記錄檔，接著執行步驟S307。此外，當步驟S302的判斷結果為「是」時，則執行步驟S305，以測試治具將測試記錄檔中所記錄的測試操作過程中的這些步驟，依序傳送至電子字典。接著，步驟S306中，電子字典會依據這些步驟進行測試操作，並且接著執行步驟S307。Moreover, the embodiment of Figure 2 can be extended to another embodiment. 3 is a flow chart of a method of operating an electronic dictionary test fixture in accordance with another embodiment of the present invention. Referring to FIG. 2 and FIG. 3, steps S301, S302, S307, S308, and S309 may be similar to the embodiment of FIG. 2, and details are not described herein. When the determination result in the step S302 is "NO", the step S303 is executed to record a plurality of steps of the tester performing the test operation on the electronic dictionary. Next, step S304 stores these steps as an electronic file as a test log file, and then proceeds to step S307. In addition, when the result of the determination in step S302 is YES, step S305 is performed to sequentially transmit the steps in the test operation recorded in the test log file to the electronic dictionary. Next, in step S306, the electronic dictionary performs a test operation according to these steps, and then proceeds to step S307.
舉例來說，用戶(例如為測試人員或設計人員)先將電子字典與測試治具用通用串列匯流排連接線相連接，並且打開測試治具，其中為了使電子字典可以接收測試治具的控制，可以將電子字典上的程式碼做相應修改。如果電子字典是第一次與測試治具連接的話，則測試治具需要先安裝驅動程式，所以必須讓電子字典上進入自動記錄模式(例如將三個按鍵“PAGEUP”，“UP”，“F”同時按下)，以使電子字典與測試治具進行連通。在電子字典進入自動記錄模式後，測試治具中會自動提示用戶安裝驅動程式，用戶只要選擇對應測試治具的的驅動檔，測試治具就能自動安裝好驅動程式。For example, the user (for example, a tester or a designer) first connects the electronic dictionary with the test fixture with a universal serial bus connection line, and opens the test fixture, wherein the electronic dictionary can receive the test fixture. Control, you can modify the code on the electronic dictionary. If the electronic dictionary is connected to the test fixture for the first time, the test fixture needs to install the driver first, so the electronic dictionary must be put into the automatic recording mode (for example, the three buttons "PAGEUP", "UP", "F" "Press simultaneously" to connect the electronic dictionary to the test fixture. After the electronic dictionary enters the automatic recording mode, the test fixture automatically prompts the user to install the driver. The user can select the driver file corresponding to the test fixture, and the test fixture can automatically install the driver.
此外，用戶可以透過在測試治具上運行的軟體(例如PC Log)所提供的選擇介面選擇所要記錄的操作類型，可選擇的操作類型包括按鍵操作、觸控板操作、記憶卡操作、手寫操作，其選擇介面如圖4所示。圖4為根據本發明一實施例的測試治具的選擇介面示意圖。選擇介面提供按鍵操作Key、觸控板操作Pen、SD卡操作SDcard(亦即記憶卡操作)、手寫操作HandWriter的相關選項。以按鍵操作Key而言，其提供了按鍵按下Key Down、按鍵放開Key Up及按鍵一直按著Key Down Keep的選項。In addition, the user can select the type of operation to be recorded through the selection interface provided by the software running on the test fixture (such as PC Log). The selectable operation types include button operation, touchpad operation, memory card operation, and handwriting operation. The selection interface is shown in Figure 4. 4 is a schematic diagram of a selection interface of a test fixture according to an embodiment of the invention. The selection interface provides key operation keys, touchpad operation Pen, SD card operation SDcard (also known as memory card operation), and handwriting operation HandWriter related options. In terms of key operation Key, it provides the option of pressing the Key Down button, releasing the Key Up button, and pressing the Key Down Keep button.
以觸控板操作Pen而言，其提供了觸摸筆點下Pen Down、觸摸筆抬起Pen Up、觸摸筆移動Pen Move及觸摸筆保持點下Pen Down Keep的選項。以手寫操作HandWrite而言，其提供了手寫筆點下HandWriter Down、手寫筆抬起HandWriter Up、手寫筆移動HandWriter Move及手寫筆保持點下HandWriter Down Keep的選項。以SD卡操作SDcard而言，其提供了SD卡插入SD Card In、SD卡拔出SD Card Out、SD卡無效SD Card Invalid。而使用者可以透過這些選項進行勾選與否，決定測試治具是否記錄對應的操作。以圖4所示選擇介面的畫面而言，其代表除了手寫筆移動HandWriter Move的操作不記錄外，其他的操作都要記錄。In terms of the touchpad operation Pen, it provides the option of Pen Down under the touch pen point, Pen Up up the touch pen, Pen Move by the touch pen, and Pen Down Keep under the touch pen. In the case of handwriting operation HandWrite, it provides the options of HandWriter Down, Handwritingr Up, Handwritten Hand Move, and HandWriter Down Keep under the stylus. For SD card operation, it provides SD card insertion into SD Card In, SD card to remove SD Card Out, and SD card invalid SD Card Invalid. The user can check whether the test fixture records the corresponding operation by checking or not. In the case of the screen of the selection interface shown in FIG. 4, it represents that the operation other than the operation of the stylus moving HandWriter Move is not recorded, and other operations are recorded.
接著，在測試治具安裝驅動程式之後，如果用戶要記錄其於電子字典上的操作的話，同樣要先使電子字典的進入自動記錄模式，此時在測試治具的顯示介面中會顯示“Client 1 is connected!”，以表示電子字典已與測試治具連接。在自動記錄模式下，用戶對電子字典上所進行操作，會被電子字典轉成二進位資料以保存在其的緩衝區中。而測試治具會每一時間間隔(例如為500毫秒)向電子字典發出取得事件資訊的指令，如果此時電子字典的緩衝區有資料時，則將資料傳送至測試治具。如果測試治則發現有數據傳回，則立刻將資料轉換成文字資訊並顯示在顯示介面中，以同步於測試治具的顯示介面中顯示用戶的操作。例如，用戶先點了一下觸控板上的一個點，然後按一下按鍵”A”,則測試治具會如圖5所示。圖5為根據本發明一實施例的測試治具的顯示介面示意圖。Then, after the test fixture is installed with the driver, if the user wants to record the operation on the electronic dictionary, the electronic dictionary must first enter the automatic recording mode. At this time, the "Client" is displayed in the display interface of the test fixture. 1 is connected!" to indicate that the electronic dictionary has been connected to the test fixture. In the automatic recording mode, the user operates on the electronic dictionary and is converted into binary data by the electronic dictionary to be stored in its buffer. The test fixture will send an instruction to obtain an event information to the electronic dictionary every time interval (for example, 500 milliseconds). If the buffer of the electronic dictionary has data at this time, the data is transmitted to the test fixture. If the test rule finds that data is returned, the data is immediately converted into text information and displayed in the display interface to display the user's operation in the display interface synchronized with the test fixture. For example, if the user clicks on a point on the touchpad first, and then presses the button "A", the test fixture will be as shown in FIG. FIG. 5 is a schematic diagram of a display interface of a test fixture according to an embodiment of the invention.
此外，測試治具可以透過顯示介面檔案選單中提供的功能，將顯示介面中的內容存為文字檔。圖6為根據本發明一實施例的測試治具的顯示介面的檔案選單示意圖。請參照圖6，如果用戶選擇檔案功能表File中的“SaveAsLog”的話，則顯示介面中所有的內容全部保存到文字檔中，讓用戶可以在顯示介面關閉後，利用文字編輯軟體查看之前所有操作的資訊。如果用戶是選擇檔案功能表File中的“SaveAsMacro”的話，則顯示介面中的所有操作(不包括日期及時間資訊)以文字方式保存到檔中，使得用戶可以在關閉顯示介面後，利用文字編輯軟體查看查看進行了哪些操作。In addition, the test fixture can save the content in the display interface as a text file through the functions provided in the display interface file menu. 6 is a schematic diagram of a file menu of a display interface of a test fixture according to an embodiment of the invention. Referring to FIG. 6, if the user selects "SaveAsLog" in the file menu File, all the contents of the display interface are saved in the text file, so that the user can use the text editing software to view all previous operations after the display interface is closed. Information. If the user selects "SaveAsMacro" in the file menu File, all operations in the display interface (excluding date and time information) are saved to the file in text mode, so that the user can use text editing after closing the display interface. The software view shows what has been done.
如果用戶是選擇檔案功能表File中的“SaveAsRawData”的話，則顯示介面中顯示的所有操作(不包括日期及時間資訊)以二進位格式保存到測試記錄檔中。假使用戶不想要記錄電子字典的操作的話，則電子字典必須退出自動記錄模式(例如將按鍵“PAGEUP”，“UP”，“G”同時按下)才能回復正常的使用狀態。If the user selects "SaveAsRawData" in the file menu File, all operations displayed in the display interface (excluding date and time information) are saved to the test log file in binary format. If the user does not want to record the operation of the electronic dictionary, the electronic dictionary must exit the automatic recording mode (for example, press the buttons "PAGEUP", "UP", "G" simultaneously) to return to the normal use state.
接著，在將電子字典的操作記錄在檔或測試記錄檔後，如果用戶想要讓電子字典自動執行剛剛記錄的操作時，首先要讓電子字典進入自動執行模式(例如按鍵“PAGEUP”，“UP”，“H”同時按下)，此時顯示介面會顯示“Client 1 is connected!”，以表示電子字典連通測試治具。接著，用戶可以透過顯示畫面中執行選單Action所提供的功能，將剛剛記錄的操作以命令的方式傳送至電子字典。圖7為根據本發明一實施例的測試治具的顯示介面的執行選單示意圖。當用戶選擇執行選單action中的“Send Command to Machine Directly”功能時，測試治具會將顯示介面中的所有操作以命令形式依序傳送到電子字典。當電子字典接收到測試治具所傳送的命令時，會將這些命令全部保存，然後開始逐個執行命令。Then, after the operation of the electronic dictionary is recorded in the file or the test record file, if the user wants the electronic dictionary to automatically perform the operation just recorded, the electronic dictionary is first entered into the automatic execution mode (for example, the button "PAGEUP", "UP" ", "H" is pressed at the same time), the display interface will display "Client 1 is connected!" to indicate that the electronic dictionary is connected to the test fixture. Then, the user can transfer the operation just recorded to the electronic dictionary by command by executing the function provided by the menu action in the display screen. FIG. 7 is a schematic diagram of an execution menu of a display interface of a test fixture according to an embodiment of the invention. When the user chooses to execute the "Send Command to Machine Directly" function in the menu action, the test fixture will transfer all the operations in the display interface to the electronic dictionary in order. When the electronic dictionary receives the command transmitted by the test fixture, it will save all of these commands and then start executing the commands one by one.
如果用戶是選擇執行選單Action中的“Send Command to Machine From File”功能，則可以讓用戶選擇將以前保存的某個檔(包括測試記錄檔)，並將此檔中所記錄的操作傳送到電子字典，以使電子字典重新執行這些操作。若用戶不想使用自動執行模式時，則必須退出自動執行模式(例如按鍵“PAGEUP”，“UP”，“J”同時按下)，以使電子字典回復正常的使用狀態。此外，若用戶選擇執行選單Action中的“Dump RAM Data”功能時，無論電子字典是處於自動記錄或自動執行模式下，用戶同樣可以選擇將電子字典中某一部分的記憶體資料保存為一電子檔，以便設計人員用於分析錯誤發生的原因。If the user chooses to execute the "Send Command to Machine From File" function in the menu action, the user can select a previously saved file (including the test log file) and transfer the recorded operation in the file to the electronic Dictionary to enable the electronic dictionary to re-execute these operations. If the user does not want to use the auto-execution mode, he/she must exit the auto-execution mode (for example, the buttons "PAGEUP", "UP", and "J" are simultaneously pressed) to return the electronic dictionary to the normal use state. In addition, if the user chooses to execute the "Dump RAM Data" function in the menu action, the user can also choose to save the memory data of a certain part of the electronic dictionary as an electronic file, regardless of whether the electronic dictionary is in the automatic recording or automatic execution mode. So that the designer can analyze the cause of the error.
圖8A為根據本發明再一實施例的電子字典測試治具的運行方法的流程圖。請參照圖8A，在步驟S801中，設計人員會進行編碼。接著，如步驟S802所示，設計人員會設計發佈版本並申請測試。在步驟S803中，測試人員會將電子字典與測試治具用通用串列匯流排連接線相連接，並運行測試模組。接著，在步驟S804中，會判斷測試記錄檔是否存在。若判斷結果為「否」，亦即沒有測試記錄檔的話，接著執行步驟S810，以讓電子字典進入自動記錄模式。在電子字典進入自動記錄模式後，如步驟S811所示，測試人員手工操作電子字典的鍵盤，觸控板，SD卡，手寫輸入，完成一個測試操作。FIG. 8A is a flow chart of a method of operating an electronic dictionary test fixture according to still another embodiment of the present invention. Referring to FIG. 8A, in step S801, the designer performs encoding. Next, as shown in step S802, the designer will design a release version and apply for testing. In step S803, the tester connects the electronic dictionary with the test fixture with a universal serial bus connection line and runs the test module. Next, in step S804, it is determined whether or not the test log file exists. If the result of the determination is "NO", that is, if there is no test record file, then step S810 is executed to let the electronic dictionary enter the automatic recording mode. After the electronic dictionary enters the automatic recording mode, as shown in step S811, the tester manually operates the keyboard of the electronic dictionary, the touchpad, the SD card, and the handwriting input to complete a test operation.
然後，步驟S812會將測試操作的步驟保存到測試記錄檔。接著，如步驟S813所示，測試人員會判斷操作後的結果是否正確。若操作的結果不正確，亦即步驟S813的判斷結果為「否」，接著執行步驟S814以產生除錯檔以記錄錯誤；反之則直接執行步驟S815，而不會產生除錯檔。在步驟S816中，會判斷是否所有的測試結束，若有其他測試要進行時，亦即判斷結果為「否」，則回到執行步驟S804以再執行其他的測試操作；反之，則執行步驟S816，判斷是否存在除錯檔，若無除錯檔時，亦即判斷結果為「否」，則結果此運行方法；反之，則執行步驟S830，以讓設計人員分析並修改錯誤。並且在修改錯誤後，回到執行步驟S802，以對修改後的版本進行測試操作。Then, step S812 saves the steps of the test operation to the test log file. Next, as shown in step S813, the tester will judge whether the result after the operation is correct. If the result of the operation is not correct, that is, the determination result in step S813 is "NO", then step S814 is executed to generate a debug file to record an error; otherwise, step S815 is directly executed without generating a debug file. In step S816, it is determined whether all the tests are completed. If other tests are to be performed, that is, if the determination result is "NO", then the process returns to step S804 to perform other test operations; otherwise, step S816 is performed. It is determined whether there is a debug file. If there is no debug file, that is, the judgment result is "No", the running method is performed; otherwise, step S830 is executed to allow the designer to analyze and modify the error. And after the error is modified, the process returns to step S802 to perform a test operation on the modified version.
再看到步驟S804，若判斷結果為「否」，亦即沒有測試記錄檔的話，接著執行步驟S820，以讓電子字典進入自動運作模式。在電子字典進入自動運作模式後，如步驟S821所示，通過測試治具將保存的測試操作的步驟傳送給電子字典。接著，在步驟S822中，電子字典自動執行這些測試操作的步驟，並且接著執行步驟S813。其中，上述的步驟S811及S812可以參照圖3實施例的步驟S303及S304來實施，而上述的步驟S821及S822可以參照圖3實施例的步驟S305及S306來實施，並且步驟S813可以參照圖3實施例的步驟S307。If the result of the determination is "NO", that is, if there is no test record file, then step S820 is executed to let the electronic dictionary enter the automatic operation mode. After the electronic dictionary enters the automatic operation mode, as shown in step S821, the steps of the saved test operation are transmitted to the electronic dictionary through the test fixture. Next, in step S822, the electronic dictionary automatically performs the steps of these test operations, and then proceeds to step S813. The above steps S811 and S812 can be implemented by referring to steps S303 and S304 of the embodiment of FIG. 3, and the above steps S821 and S822 can be implemented with reference to steps S305 and S306 of the embodiment of FIG. 3, and step S813 can be referred to FIG. Step S307 of the embodiment.
圖8B為圖8A的步驟S830的細部流程圖。請參考圖8A及圖8B，在步驟S830中，首先如步驟S831所示，將電子字典與測試治具用通用串列匯流排連接線相連接，並開啟測試模組，以及將電子字典設置成自動執行模式。接著，在步驟S832中，通過測試治具將保存在測試記錄檔中的測試操作的步驟傳送給電子字典。然後，如步驟S833所示，電子字典自動執行這些測試操作。並且，在步驟S834中，設計人員觀察自動運行的結果。接著，在步驟S835中，設計人員會從測試操作的步驟和錯誤的現象分析錯誤可能的原因，並且也將此時電子字典的記憶體資料保存到測試治具上以輔助分析，並對代碼做相應修改。FIG. 8B is a detailed flowchart of step S830 of FIG. 8A. Referring to FIG. 8A and FIG. 8B, in step S830, first, as shown in step S831, the electronic dictionary and the test fixture are connected by a universal serial bus line, and the test module is turned on, and the electronic dictionary is set to Automatic execution mode. Next, in step S832, the steps of the test operation stored in the test log file are transmitted to the electronic dictionary by the test fixture. Then, as shown in step S833, the electronic dictionary automatically performs these test operations. And, in step S834, the designer observes the result of the automatic operation. Next, in step S835, the designer analyzes the possible causes of the error from the steps of the test operation and the erroneous phenomenon, and also saves the memory data of the electronic dictionary to the test fixture at this time to assist analysis and make the code Modify accordingly.
並且，如步驟S836所示，將修改好的代碼燒到電子字典上，同時將電子字典與測試治具用通用串列匯流排連接線相連接，並開啟測試模組，以及將電子字典設置成自動執行模式。而步驟837同樣通過測試治具將保存在測試記錄檔中的測試操作的步驟傳送給電子字典。並且，如步驟838所示，電子字典自動執行這些測試操作。接著，在步驟S839中，設計人員會判斷操作的結果是否正確，如果操作的結果為正確，亦即判斷結果為「是」，則結果步驟S830的流程；反之，代表操作的結果不正確，則再回到執行步驟S835，以再次修正電子字典的代碼。And, as shown in step S836, the modified code is burned onto the electronic dictionary, and the electronic dictionary is connected with the test fixture by the universal serial bus connection line, the test module is turned on, and the electronic dictionary is set to Automatic execution mode. Step 837 also passes the steps of the test operation saved in the test log file to the electronic dictionary through the test fixture. And, as shown in step 838, the electronic dictionary automatically performs these test operations. Next, in step S839, the designer determines whether the result of the operation is correct. If the result of the operation is correct, that is, the determination result is "Yes", the process of step S830 is performed; otherwise, if the result of the representative operation is incorrect, then Going back to step S835, the code of the electronic dictionary is corrected again.
綜上所述，用戶可以即時、直觀的在測試治具的顯示介面上看到這些操作，並且可以將這些操作保存到文字檔或測試記錄檔中。而用戶可以將保存的操作傳回給電子字典以使電子字典自動執行這些操作。並且，用戶可以在測試治具的選擇介面上進行設置，使得其所設定的操作才被記錄下來。藉此，用戶可以將電子字典上的操作保存到測試記錄檔中，以讓電子字典可以透過測試治具自動執行這些操作。In summary, the user can see these operations on the display interface of the test fixture in an instant and intuitive manner, and can save these operations to a text file or a test log file. The user can pass the saved operation back to the electronic dictionary to have the electronic dictionary perform these operations automatically. Moreover, the user can set the selection interface of the test fixture so that the set operation is recorded. In this way, the user can save the operation on the electronic dictionary to the test record file, so that the electronic dictionary can automatically perform these operations through the test fixture.
雖然本發明已以實施例揭露如上，然其並非用以限定本發明，任何所屬技術領域中具有通常知識者，在不脫離本發明之精神和範圍內，當可作些許之更動與潤飾，故本發明之保護範圍當視後附之申請專利範圍所界定者為準。Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.
10．．．電子字典10. . . Electronic dictionary
100．．．測試治具100. . . Test Fixture
110．．．連接介面110. . . Connection interface
120．．．測試模組120. . . Test module
130．．．儲存裝置130. . . Storage device
S201-S207、S301-S309、S801-S804、S810-S816、S820-S822、S830-S839．．．根據本發明實施例的電子字典測試治具的運行方法的步驟S201-S207, S301-S309, S801-S804, S810-S816, S820-S822, S830-S839. . . Steps of an operation method of an electronic dictionary test fixture according to an embodiment of the present invention
圖1為根據本發明一實施例的電子字典測試治具的系統方塊圖。1 is a system block diagram of an electronic dictionary test fixture in accordance with an embodiment of the present invention.
圖2為根據本發明一實施例的電子字典測試治具的運行方法的流程圖。2 is a flow chart of a method of operating an electronic dictionary test fixture in accordance with an embodiment of the present invention.
圖3為根據本發明另一實施例的電子字典測試治具的運行方法的流程圖。3 is a flow chart of a method of operating an electronic dictionary test fixture in accordance with another embodiment of the present invention.
圖4為根據本發明一實施例的測試治具的選擇介面示意圖。4 is a schematic diagram of a selection interface of a test fixture according to an embodiment of the invention.
圖5為根據本發明一實施例的測試治具的顯示介面示意圖。FIG. 5 is a schematic diagram of a display interface of a test fixture according to an embodiment of the invention.
圖6為根據本發明一實施例的測試治具的顯示介面的檔案選單示意圖。6 is a schematic diagram of a file menu of a display interface of a test fixture according to an embodiment of the invention.
圖7為根據本發明一實施例的測試治具的顯示介面的執行選單示意圖。FIG. 7 is a schematic diagram of an execution menu of a display interface of a test fixture according to an embodiment of the invention.
圖8A為根據本發明再一實施例的電子字典測試治具的運行方法的流程圖。FIG. 8A is a flow chart of a method of operating an electronic dictionary test fixture according to still another embodiment of the present invention.
圖8B為圖8A的步驟S830的細部流程圖。FIG. 8B is a detailed flowchart of step S830 of FIG. 8A.
10．．．電子字典10. . . Electronic dictionary
100．．．測試治具100. . . Test Fixture
110．．．連接介面110. . . Connection interface
120．．．測試模組120. . . Test module
130．．．儲存裝置130. . . Storage device
Claims (8)
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05149761A (en) * | 1991-11-27 | 1993-06-15 | Sony Corp | Automatic adjusting and inspecting device |
| TW200427995A (en) * | 2003-06-10 | 2004-12-16 | Htc Corp | Test system of electronic apparatus |
| US20060100812A1 (en) * | 2004-10-28 | 2006-05-11 | Sturges Stephen S | Low cost test for IC's or electrical modules using standard reconfigurable logic devices |
| CN1855063A (en) * | 2005-04-28 | 2006-11-01 | 仁宝电脑工业股份有限公司 | Method for monitoring and correcting errors of electronic device |
| TW200807004A (en) * | 2006-07-21 | 2008-02-01 | Sutech Trading Ltd | Testing system for portable electronic devices and method of using the same |
-
2008
- 2008-12-08 TW TW97147692A patent/TWI382185B/en not_active IP Right Cessation
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05149761A (en) * | 1991-11-27 | 1993-06-15 | Sony Corp | Automatic adjusting and inspecting device |
| TW200427995A (en) * | 2003-06-10 | 2004-12-16 | Htc Corp | Test system of electronic apparatus |
| US20060100812A1 (en) * | 2004-10-28 | 2006-05-11 | Sturges Stephen S | Low cost test for IC's or electrical modules using standard reconfigurable logic devices |
| CN1855063A (en) * | 2005-04-28 | 2006-11-01 | 仁宝电脑工业股份有限公司 | Method for monitoring and correcting errors of electronic device |
| TW200807004A (en) * | 2006-07-21 | 2008-02-01 | Sutech Trading Ltd | Testing system for portable electronic devices and method of using the same |
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