TWI795922B - Data modification method, and data modification method at client end and at server end - Google Patents

Abstract

A data modification method, includes: obtaining a modification command by a client-end device, wherein the modification command includes a client-end verification command and a server-end verification command, determining by the client-end device whether the client-end verification command fits client-end data, transmitting the modification command to a server-end device when the client-end verification command fits the client-end data, determining by the server-end device whether the server-end verification command fits server-end data, generating and outputting a modification response to the client-end device by the server-end device when the server-end verification command fits the server-end data, wherein the modification response is associated with an execution file corresponding to the modification command, and the modification response is not associated with execution file when the server-end verification command does not fit the server-end data, and obtaining and executing the executing file by the client-end device when the modification response is associated with the execution file.

Description

Data modification method and data modification method of client and server

The invention relates to a method for modifying data, a method for modifying data at a client end, and a method for modifying data at a server end.

With the current application of computer systems more and more widely, many manufacturers have launched many computer-related software or firmware products to optimize user experience and improve computer performance. In addition, with the efforts of the R&D team, the same manufacturer may launch different versions of the same product to meet the needs of different users. And before these products leave the factory, the manufacturer has already pre-set the product (for example, preset the operating parameters and version of the product, etc.) by the manufacturer.

However, after the product leaves the factory, it is difficult for the client to modify these settings according to its own usage requirements. Therefore, when customers have customized needs for this product, they must contact the product development personnel of the manufacturer for modification, which often takes too much time for communication and product delivery. In addition, if the manufacturer wants to open permissions so that customers can directly modify the source code, it is very likely that the source code will be incorrectly modified, resulting in product failure and malfunction.

In view of the above, the present invention provides a data modification method and a data modification method of the client and the server to meet the above requirements.

A client data modification method according to an embodiment of the present invention is applicable to a client device. The method includes: obtaining a modification instruction, wherein the modification instruction includes a client verification instruction and a server verification instruction; judging that the client Whether the terminal verification instruction conforms to a client data, wherein the client data is stored in the client device; when it is judged that the client verification instruction conforms to the client data, the modification instruction is transmitted to a server device; from the The server device receives a modification response corresponding to the modification command, wherein the modification response is selectively associated with an execution file; and when the modification response is associated with the execution file, obtains and executes the execution file according to the modification response; When the modification response is not associated with the executable file, a warning message is generated.

A server-side data modification method according to an embodiment of the present invention is applicable to a server-side device, and the method includes: receiving a modification command from a client device, wherein the modification command includes a client-side verification command and a server-side verification command; determine whether the server-side verification command conforms to a server-side data; and generate and output a modification response to the client device; wherein when it is determined that the server-side verification command conforms to the server-side data, the modification response is associated with an execution file, and the execution file corresponds to the modification instruction; when it is judged that the server verification instruction does not conform to the server data, the modification response is not associated with the execution file.

A server-side data modification method according to an embodiment of the present invention is applicable to a server-side device, and the method includes: receiving a modification command from a client device, wherein the modification command includes a client-side verification command and a server-side verification command; determine whether the server-side verification command conforms to a server-side data; and generate and output a modification response to the client device; wherein when it is determined that the server-side verification command conforms to the server-side data, the modification response is associated with an execution file, and the execution file corresponds to the modification instruction; when it is judged that the server verification instruction does not conform to the server data, the modification response is not associated with the execution file.

To sum up, according to the data modification method shown in one or more embodiments of the present invention, the data modification method of the server end and the client end, the client end can be allowed to customize the software/firmware of its electronic product through the remote end, so that Customers can realize the purpose of product parameter customization through remote without developer permission. In addition, this case can further reduce the overall inspection and data transmission time by first verifying part of the modification instructions on the client device, and prevent the client device from executing execution files that exceed its capabilities, and allow customers to know the client verification they input in real time Whether the command is feasible, thereby improving the user experience.

The above description of the disclosure and the following description of the implementation are used to demonstrate and explain the spirit and principle of the present invention, and provide a further explanation of the patent application scope of the present invention.

The detailed features and advantages of the present invention are described in detail below in the implementation mode, and its content is enough to make any person familiar with the related art understand the technical content of the present invention and implement it accordingly, and according to the content disclosed in this specification, the scope of the patent application and the drawings , anyone skilled in the art can easily understand the purpose and advantages of the present invention. The following examples are to further describe the concept of the present invention in detail, but not to limit the scope of the present invention in any way.

The data modification method shown in multiple embodiments of the present invention can allow the client to remotely modify part of the software/firmware data in the product in the non-developer mode. In other words, the data modification methods shown in the multiple embodiments of the present invention allow the client to modify software/firmware data (eg, configuration, parameters, files) according to requirements without obtaining the source code. The said product can be a display card (Video card, Display card, Graphics card, Video adapter), a central processing unit (CPU), a graphics processing unit (GPU), a single chip system (System on chip, SoC), an on-board device Peripheral Component Interconnect (PCI)/Peripheral Component Interconnect Express (PCIE), memory mapped input/output (MMIO), input/output (I/O) interface, not Nonvolatile random access memory (NVRAM), flash memory (flash), electronically erasable programmable read-only memory (EEPROM), complementary metal oxide Semiconductor (Complementary metal oxide semiconductor, CMOS) memory, random access memory (RAM) and other devices and memory, the present invention is not limited to specific types of products.

Please refer to FIG. 1 . FIG. 1 shows a method for modifying data of a client according to an embodiment of the present invention. The data modification method of the client shown in FIG. 1 is applicable to a client device. The client device may be an electronic device capable of communicating with a server device. For example, the client device may be a local computer, server, tablet computer or smart phone, etc., but the present invention is not limited to the specific type of the client device.

Step S11: Obtain the modification instruction by the client device, wherein the modification instruction includes a client verification instruction and a server verification instruction. The modification command is the data input by the user of the client terminal to the client device, wherein the client verification command is verified by the client device, and the server verification command is output from the client device to the server device, and then the server device performs verify. The specific content of the client verification instruction will be described later together with the client information in step S13.

The server device can store a parameter table (as shown in FIG. 2 ), the parameter table includes at least one modification item (such as I1-I4), and the modification items displayed on the parameter table are the contents that can be changed by the user. After receiving the parameter table, the client device receives the user's modification of the fields corresponding to the modification items (such as C1~C4), or receives the data input by the user into the fields corresponding to the modification items, so as to obtain Modify instructions. Specifically, the client device may include an application, and the application may communicate with the server device. Therefore, when the application program is activated, the client device can obtain the parameter list from the server device through the application program. Since the modification items will change with the development content of the aforementioned products (for example, adding/deleting modification items, or expanding/reducing the range of parameters that can be changed by the user), the parameters are obtained from the server device through the application The way of the table allows the client device to obtain the latest parameter table every time. Alternatively, the application program may have a built-in database, and the database is used to store the parameter table, and the present invention does not limit the method for obtaining the parameter table by the client device. In general, in addition to grabbing the scope of customized support (server chip version, model, project, etc.) from the Internet, it is also possible to build a database in the application program, and the database stores Information on the scope of customization support mentioned above. Since the scope of customized support will increase with the development of content, the scope of customized support for grabbing updates through the Internet (for example, grabbing updated content from server-side devices) can be used later. have more advantages.

Then, the client device can receive a modification data corresponding to the modification item, and use the modification data as a modification instruction. Moreover, the client device can generate a structured query language (Structured Query Language, SQL) according to the modification command, and use the generated structured query language as a modification command output to the server device, thereby reducing the need for the client device. The amount of data stored.

Or, in some cases (such as for long-term cooperation customers or more important customers), when the application program is activated, the client device can not download the parameter table, but the application program directly presents the parameters stored in the server device. The parameter table, the application program can receive the modification data corresponding to the modification item, and use the modification data as the modification command (that is, the user can directly modify the parameter table stored in the server device through the application program).

After obtaining the modification instruction, the client device then executes step S13: judging whether the client verification instruction conforms to the client data, wherein the client data is stored in the client device. As mentioned above, the client verification instruction is an instruction input by the client user, and the client data is the pre-stored data corresponding to the client verification instruction, and is used to verify the client verification instruction.

In order to describe the contents of steps S11 and S13 in detail, please refer to FIG. 2 , which is a schematic diagram of a parameter table of the present invention. The parameter table R presented by the client device may include a plurality of modification items I1 to I4, and each of the modification items I1 to I4 may have corresponding fields C1 to C4 for receiving server verification instructions and/or client Terminal authentication command. That is to say, in the example of FIG. 2 , the modification command includes the data obtained through the fields C1 to C4. It should also be noted that the fields mentioned above can also be implemented as a drop-down menu containing one or more options, and the option selected by the user is the server-side verification command and/or the client-side verification command. However, The present invention does not limit the manner of obtaining the verification instruction from the server and/or the verification instruction from the client.

Please refer to step 11 of FIG. 1 and FIG. 2 together. Taking the first modified item I1 of the parameter table R as an example, the first modified item I1 of the parameter table R may be the version number of the server chip. The servo chip obtained in step S11 The terminal verification instruction can be the version number input by the user in the first field C1.

Please refer to steps 11 and S13 of FIG. 1 and FIG. 2 together. For example, the second modification item I2 of the parameter table R can be the identity data of the user, the client verification instruction can be the identity data input by the user in the first column C2, and the client data is the pre-stored identity information. Therefore, when the client device determines that the identity information input by the user in the first field C2 matches the pre-stored identity information, the client device can determine that the client authentication instruction matches the client information. The identity information may be name, account number, password, company code or employee code, etc., and the present invention does not limit the content of the identity information.

In addition, the client device can further verify the parameters input by the user. Specifically, in an example, the client verification instruction can be a modification parameter of a modification item on the parameter table, and the client data is the corresponding variable range of the parameter. For example, the third modification item I3 of the parameter table R may be the thermal design power (Thermal Design Power, TDP) of the server chip, and the version number of the server chip is the one entered by the user in the first column C1 The version number, the modified parameter is the expected power consumption input by the user in the third field C3, and the changeable range of the parameter is the range formed by the upper limit and the lower limit of the power consumption of the server chip. Therefore, the implementation of step S13 may be that the client device judges whether the modified parameter (expected power consumption) of the client verification instruction falls within the variable range of the parameter of the client data (the function formed by the upper limit value and the lower limit value of power consumption). consumption range). When the client device determines that the modified parameter falls within the changeable range of the parameter, the client device can determine that the client verification instruction conforms to the client data. The modification items of the present invention can further include the clock, frequency, fan speed, etc. of the product, and the client device can also verify these modification items by modifying the parameters and the changeable range of the parameters.

In addition to the above parameters and other data, the client data can further include the complete name or code of each modification item, so as to determine whether the client verification command is complete and correct. For example, the fourth modification item I4 of the parameter table R may be the version number of the Basic Input/Output System (BIOS), and the corresponding fourth field C4 is the BIOS version number for receiving user input (client authentication directive). Therefore, when the client device receives the BIOS version number input by the user through the fourth field C4, the client device can determine whether the version number is complete. That is, the implementation of step S13 may further include the client device judging whether the format of the client verification instruction is correct and free of omissions according to the client data.

In addition, the client data can also include an access permission. For example, the implementation of step S13 can be to determine whether the client verification command meets the access permission, where the access permission is the modification item that the user has the permission to modify. . For example, when the client verification command includes the identity information input by the user, the client device can determine whether the user has the right to input other client verification commands to the client device, or determine whether the user has the right to enter the server Verify command to client device. Alternatively, after the client device receives a modification parameter corresponding to a certain modification item (eg, thermal design power consumption), the client device may determine whether the user has permission to modify the modification item. When the client device judges that the user has the right to input the client verification command/server verification command to the client device, or judges that the user has the right to modify a specific modification item, then the client device can judge the client verification command Complies with client profile.

It should be noted that the implementation of step S13 above is only an example, and the implementation of step S13 in the present invention may be a combination of one or more of the above details.

Based on the description of step S13 above, when the client device determines that the client verification command does not match the client data, step S14 can be executed: generating a warning message by the client device. The warning message can be presented by the output components of the client device (for example, screen, speaker, etc.), and the warning message can also be sent to the user through email, short message, etc., to inform the user that there may be a problem with the client verification command input.

When the client device judges that the client verification command conforms to the client data, it can proceed to step S15: transmit the modification command to the server device through the client device, and perform step S17: receive a modification response corresponding to the modification command.

As mentioned above, the modification command includes the client verification command and the server verification command. After the client device completes the verification of the client verification command, the client device transmits the modification command including the two commands to the server device. For example, the verification method of the server-side device for the server-side verification command can be to determine whether the version number (server-side verification command) of a certain server chip selected by the user exists, but the present invention does not apply to the server-side device for the server-side verification command. The verification method of the terminal verification instruction is restricted.

Then, the client device can determine whether to receive a modification response from the server device periodically or irregularly. When the server-side device judges that the server-side verification command has passed the verification, the client device can receive a modification response corresponding to the modification command, wherein the modification response includes the verification result of the server-side device for the server-side verification command, and the modification response is optionally Associated with an executable file. That is, when the server-side verification command passes the verification, the modification response received from the server-side device is associated with the execution file, and the verification result may include a notification of "the server-side verification command passed the verification"; when the server-side verification command fails When verifying, the modification response received from the server-side device is not associated with the execution file, and the verification result may include a notification that "the server-side verification command has not passed the verification". The execution file is generated according to the modification instruction and can be executed by the client device.

In other words, when the verification command of the server fails to pass the verification, it means that the modification response received by the client device is not related to the execution file (that is, the client device will not obtain the execution file), and the client device can generate a warning message (step S14) .

Conversely, when the verification command on the server side passes the verification, it means that the modification response received by the client device is related to the execution file (that is, the client device can obtain the execution file), then the client device can execute step S19: modify the file based on the client device In response, an executable file corresponding to the modified command is fetched and executed. The modification response may include the execution file, or include a network link or folder path for downloading the execution file, and the present invention does not limit the way the client device obtains the execution file. Therefore, when the client device receives the modification response associated with the execution file, it means that the modification command has been verified, and the server device has generated a corresponding execution file according to the modification command, and the client device can execute the execution file.

Please refer to FIG. 3 . FIG. 3 is a data modification method of the server according to an embodiment of the present invention. The data modification method of the server shown in FIG. 3 is applicable to a server device. The server device can be communicatively connected to the client device described in the embodiment of FIG. 1 . The server device may be a remote computer, server, tablet computer, or smart phone, and the present invention does not limit the specific type of the server device.

Step S21: Receive a modification instruction from the client device, wherein the modification instruction includes a client verification instruction and a server verification instruction. The modification command can be input by the user to the client device, and then the client device outputs the modification command to the server device. The above-mentioned client verification instruction may be the client verification instruction described in the embodiment of FIG. 1 , which is verified by the client device. Moreover, after the client device verifies the client verification command, the server device can receive the modification command from the client device. Therefore, the server device can verify the server verification command. The specific content of the server verification instruction will be described together with the server data in step S23.

After obtaining the modifying instruction, the server-end device then executes step S23: judging whether the server-end verification instruction conforms to the server-end data, wherein the server-end data is stored in the server-end device. The server verification instruction is an instruction input by the user of the client to the client device, and the server data is pre-stored data corresponding to the server verification instruction, and is used for verifying the server verification instruction.

Also take the parameter table R in Figure 2 as an example, the first modification item I1 of the parameter table R is the server chip version number, the server-side verification command is the target version number input by the user in the first column C1, and the server-side data That is, include one or more available version numbers associated with the server chip. In addition, as mentioned above, when the first column C1 is implemented as a pull-down menu, the first column C1 can display one or more version numbers, and the server-side verification command is the one selected by the user in the menu. version number.

In other words, the engineer of the server device usually updates the server chip several times, and each update generates a new version number. Moreover, during the process, the updated version number and part of the old version number may be saved and used as the available version number, while another part of the old version number may be sealed, so that the user of the client device can no longer access Archived version number. Therefore, the server-side device can store one or more available version numbers, and the server-side device can determine whether the version number input or selected by the user exists (whether it belongs to an available version number) to determine whether the server-side verification command Whether it matches the server data.

In addition, the verification method of the server verification instruction by the server device may also include judging whether the received server verification instruction is complete. In other words, if the network or the storage space of the server device is abnormal, part of the content of the server verification command may be lost during the process of the server verification command being transmitted to the server device. At this time, since the server device stores the server data, the server device can determine whether the server device conforms to the server data, so as to determine whether the server verification command conforms to the server data.

When the modification item also includes a file format, the modification command corresponding to the file format can also be used as a server verification command, and the file format can include a logo (Logo) file format. In detail, when the user wants to modify the logo displayed at startup, he can upload the logo file (not shown) when entering the modification item. When the server-side device receives the server-side verification command, the server-side device can judge Whether the file is a supported file format, such as BMP or JPEG.

When the server-side device judges that the version number selected by the user does not belong to the available version number, the server-side verification command is incomplete and/or the file format of the changed logo does not match, it means that the server-side verification command does not conform to the server-side data, and the server-side device Then step S24 is executed: generating and outputting a modification response unrelated to the execution file to the client device. Conversely, when the server-side device judges that the version number selected by the user belongs to the available version number, it means that the server-side verification command conforms to the server-side data, and the server-side device will then perform step S25: generate and output a modification response associated with the execution file to a client device, and the execution file corresponds to the modification instruction.

Taking FIG. 2 as an example, when the server verification command matches the server data, the modification response output by the server device can be associated with the execution file, and the execution file is generated according to the modification command obtained through the fields C1 to C4.

That is, when the server-side verification command passes the verification, the modification response output by the server-side device is associated with the execution file, and the corresponding verification result can be output to the client device, wherein the verification result can include "the server-side verification command passed the verification" notification; when the server-side verification command fails the verification, the modification response output by the server-side device is not associated with the execution file, and the corresponding verification result can be output to the client device, wherein the verification result can include "the server-side verification command is not Verified" notification.

In short, when the server-side verification command fails the verification, it means that the server-side device will not generate an execution file; otherwise, when the server-side verification command passes the verification, it means that the server-side device will generate an execution file. The modification response generated and output in step S25 may include the execution file, or include a network link or folder path for downloading the execution file. The present invention does not limit the way in which the server device generates and outputs the execution file.

In addition, please refer to FIG. 2 again, the server device can further delete or add modification items listed in the parameter table R. Therefore, when the server-side device determines that the number of errors in the modification command corresponding to a certain modification item reaches a preset number of times, the server-side device can remove the modification item from the parameter table R, or display the modification in a different color. item and does not provide user access to modify the item. Alternatively, when the server device adds or opens a modification item, the server device can add the modification item to the parameter table R.

Please refer to FIG. 4 . FIG. 4 shows a method for modifying data according to an embodiment of the present invention. The data modification method shown in FIG. 4 is preferably applicable to the client device in the embodiment of FIG. 1 and the server device in the embodiment of FIG. 3 . Steps S31, S33, S34, S35 and S41 of FIG. 4 are executed by the client device, and the execution method is the same as steps S11, S13, S14, S15 and S19 of FIG. 1; steps S37, S38 and S39 of FIG. The server device executes, and the execution method is the same as steps S23 , S24 and S25 in FIG. 3 , so the similarities will not be repeated here.

Please refer to step S38 of FIG. 4 , when the modification response received by the client device is not associated with the executable file, the client device may execute step S34 to generate a warning message. Please refer to steps S39 and S41 in FIG. 4. When the modification response received by the client device is associated with the execution file, the client device can execute step S41 to execute (such as download and/or install) the file generated by the server device. executable file. In addition, taking FIG. 2 as an example, the execution file can be generated in such a way that the server device modifies the version number of the server chip in the first column C1 according to the data in the third column C3 and the fourth column C4. produce.

It should also be noted that the instruction and data transmission method between the client device and the server device can be through a network transmission protocol (for example, hypertext transfer protocol (Http), hypertext transfer security protocol (Https), network socket), FTP (e.g. FTPS, SFTP, TFTP, AFP), network File services (e.g., Network Disk Drive (NAS), Network File System (NFS)), or network file sharing systems (e.g., Server Message Block (SMB), Network Neighborhood Sharing (SAMBA), public Internet Internet File System (CIFS)), etc., the present invention does not limit the instruction and data transmission methods between the client device and the server device.

To sum up, according to the data modification method shown in one or more embodiments of the present invention, the data modification method of the server end and the client end, the client end can be allowed to customize the software/firmware of its electronic product through the remote end, so that Customers can realize the purpose of product parameter customization through remote without developer permission. In addition, this case can further reduce the overall inspection and data transmission time by first verifying part of the modification instructions on the client device, and prevent the client device from executing execution files that exceed its capabilities, and allow customers to know the client verification they input in real time Whether the command is feasible, thereby improving the user experience.

Although the present invention is disclosed by the aforementioned embodiments, they are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, all changes and modifications are within the scope of patent protection of the present invention. For the scope of protection defined by the present invention, please refer to the appended scope of patent application.

R: parameter table I1～I4: Modification items C1～C4: fields S11, S13～S15, S17, S19, S21, S23～S25, S31, S33～S35, S37～S39, S41: steps

FIG. 1 shows a data modification method of a client according to an embodiment of the present invention. FIG. 2 is a schematic diagram illustrating a parameter table of the present invention. FIG. 3 shows a method for modifying data at the server end according to an embodiment of the present invention. FIG. 4 shows a method for modifying data according to an embodiment of the present invention.

S31, S33~S35, S37~S39, S41: steps

Claims (12)

A method for modifying client data, suitable for a client device, the method includes: obtaining a modification instruction, wherein the modification instruction includes a client verification instruction and a server verification instruction; judging whether the client verification instruction conforms to a client end data, wherein the client data is stored in the client device; when it is judged that the client verification instruction conforms to the client data, the modification instruction is transmitted to a server device; the corresponding modification is received from the server device a modification response to an instruction, wherein the modification response is selectively associated with an execution file; and when the modification response is associated with the execution file, obtaining and executing the execution file according to the modification response; when the modification response is associated with the execution file When there is no association, a warning message is generated, wherein the server device stores a parameter table, the parameter table includes at least one modification item, the client device includes an application program, and the application program communicates with the server device to obtain the The modification instruction includes: when the application program is activated, the application program of the client device receives a modification data corresponding to the at least one modification item; and the modification data is used as the modification instruction. A client data modification method is applicable to a client device, the method comprising: Obtaining a modification instruction, wherein the modification instruction includes a client verification instruction and a server verification instruction; judging whether the client verification instruction matches a client data, wherein the client data is stored in the client device; When judging that the client verification command conforms to the client data, transmitting the modification command to a server device; receiving a modification response corresponding to the modification command from the server device, wherein the modification response is selectively associated with an execution file ; and when the modification response is associated with the execution file, obtain and execute the execution file according to the modification response; when the modification response is not associated with the execution file, generate a warning message, wherein the client device includes an application , the application program is connected to the server device in communication; obtaining the modification command includes: when the application program is activated, the client device receives a parameter table from the server device through the application program, wherein the parameter table includes at least one modification item; and the client device receives a modification data corresponding to the at least one modification item, and uses the modification data as the modification instruction, wherein generating the modification instruction includes: using the client device according to the at least one modification generating a structured query language for modifying the modification data of the item; and using the structured query language as the modification command. The method as described in claim item 1, wherein the client verification instruction includes a modification parameter, the client data includes a parameter changeable range, and the client device is used to determine whether the client verification instruction conforms to the client data includes: The client device is used to judge whether the modified parameter falls within the changeable range of the parameter. The method as described in claim 1, wherein the client data includes an access right, and judging whether the client verification instruction conforms to the client data with the client device includes: judging the client verification with the client device Whether the command complies with the access rights. The method according to claim 1, wherein the modification response includes a verification result of the server verification command by the server device. A server-side data modification method is applicable to a server-side device. The method includes: receiving a modification command from a client device, wherein the modification command includes a client-side verification command and a server-side verification command; judging whether the server-side verification whether the command matches a server data; and generating and outputting a modification response to the client device; wherein when it is judged that the server verification command conforms to the server data, the modification response is associated with an execution file, and the execution file corresponds to In the modification command; when it is judged that the server-side verification command does not conform to the server-side data, the modification response is not related to the execution file, Wherein the server device stores a parameter table, the parameter table includes at least one modification item, the client device includes an application program, the application program is connected to the server device, and receiving the modification command from the client device includes: A modification data corresponding to the at least one modification item is used as the modification instruction, wherein the modification data is obtained when the application program of the client device is activated. The method as described in claim 6, wherein the server-side verification command includes a version number associated with the server-side device, and using the server-side device to determine whether the server-side verification command conforms to the server-side data includes: using the server-side device The device determines whether the version number is an available version number. A method for modifying data, comprising: using a client device to obtain a modification instruction, wherein the modification instruction includes a client verification instruction and a server verification instruction; using the client device to determine whether the client verification instruction conforms to a client data, wherein the client data is stored in the client device; when the client device judges that the client verification instruction conforms to the client data, the modification instruction is transmitted to a server device; the server device judging whether the server-side verification command conforms to a server-side data; when the server-side device judges that the server-side verification command conforms to the server-side data, generate and output a modification response to the client device, wherein the modification response is associated with An execution file, and the execution file corresponds to the modification command; when it is judged that the server-side verification command does not conform to the server-side data, the modification response is not related to the execution file; and When the modification response is associated with the execution file, the client device obtains and executes the execution file according to the modification response; when the modification response is not associated with the execution file, the client device generates a warning message, wherein The server device stores a parameter table, the parameter table includes at least one modification item, the client device includes an application program, and the application program communicates with the server device, and obtaining the modification command by the client device includes: when When the application program is activated, the application program of the client device receives a modification data corresponding to the at least one modification item; and uses the modification data as the modification instruction. A method for modifying data, comprising: using a client device to obtain a modification instruction, wherein the modification instruction includes a client verification instruction and a server verification instruction; using the client device to determine whether the client verification instruction conforms to a client data, wherein the client data is stored in the client device; when the client device judges that the client verification instruction conforms to the client data, the modification instruction is transmitted to a server device; the server device judging whether the server-side verification command conforms to a server-side data; when the server-side device judges that the server-side verification command conforms to the server-side data, generate and output a modification response to the client device, wherein the modification response is associated with An execution file, and the execution file corresponds to the modification instruction; when it is judged that the server verification instruction does not conform to the server data, the modification response is not related to the execution file; and When the modification response is associated with the execution file, the client device obtains and executes the execution file according to the modification response; when the modification response is not associated with the execution file, the client device generates a warning message, wherein The client device includes an application program, the application program is connected to the server device, and obtaining the modification command by the client device includes: when the application program is activated, the client device obtains the modification instruction from the application program through the application program The server device receives a parameter table, wherein the parameter table includes at least one modification item; and the client device receives a modification data corresponding to the at least one modification item, and uses the modification data as the modification instruction, wherein the client The terminal device generating the modification instruction includes: using the client device to generate a structured query language according to the modification data corresponding to the at least one modification item; and using the structured query language as the modification instruction. The method as described in claim 8, wherein the client verification instruction includes a modification parameter, the client data includes a parameter changeable range, and the client device is used to determine whether the client verification instruction conforms to the client data includes: The client device is used to judge whether the modified parameter falls within the changeable range of the parameter. The method as described in claim item 8, wherein the client data includes an access right, and the client device is used to determine whether the client verification instruction matches the client data includes: The client device is used to judge whether the client verification instruction conforms to the access permission. The method as described in claim 8, wherein the server-side verification command includes a version number associated with the server-side device, and using the server-side device to determine whether the server-side verification command conforms to the server-side data includes: using the server-side device The device determines whether the version number is an available version number.

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