CN106201622A - Method and device for making burn-in file - Google Patents

Abstract

The invention discloses a method and a device for making a burning file. The making method of described burning file comprises: receiving the file making request that server sends; Obtain the storage device identification code corresponding to TV card identification code wherein, and send the first switching instruction to control device, make described control device control The storage device corresponding to the storage device identification code is connected locally; the original compiled file is obtained from the server, and the original compiled file is stored in the storage device; a second switching instruction is sent to the control device, Make the control device control the storage device to connect to the TV board card corresponding to the TV board card identification code; restart the TV board card, so that the TV board card obtains the TV board card in the storage device after restarting. The original compiled file, and make the original compiled file into a burning file. By adopting the embodiment of the present invention, the production efficiency and quality of burning files can be improved.

Description

Burning file making method and device

technical field

The invention relates to the technical field of computers, in particular to a method and device for making a burning file.

Background technique

A bin file, namely a binary file, is a file whose content is in a binary format, and is widely used in the field of computer technology. Burning bin file, that is, a bin file used in the burning process. In the existing technical solutions, each step of making a burning bin file requires manual control and manual completion, including downloading software, building an Android platform, upgrading the Android system, initializing the system and making a burning bin file, and executing it under the Android platform DUMP instruction to export the burning bin file stored in EMMCFLASH, etc. Therefore, the process of making and burning the bin file is inefficient, and is prone to quality problems caused by human factors.

Contents of the invention

Embodiments of the present invention provide a method and device for making a burning file, which can improve the production efficiency and quality of the burning file.

A method for making a burning file provided in an embodiment of the present invention specifically includes:

Receive the file making request that server sends; Wherein, described file making request comprises TV board identification code and original compiled file identification code;

Obtain the storage device identification code corresponding to the TV board identification code, and send a first switching instruction to the control device according to the storage device identification code, so that the control device controls the storage device according to the first switching instruction The storage device corresponding to the identification code is connected locally;

Obtaining the original compiled file corresponding to the original compiled file identification code from the server, and storing the original compiled file in the storage device;

Send a second switching instruction to the control device according to the TV board identification code, so that the control device controls the storage device to connect to the TV board corresponding to the TV board identification code according to the second switching instruction Card;

The TV board is restarted, so that the TV board obtains the original compiled file in the storage device after restarting, and makes the original compiled file into a burning file.

Further, the acquisition of the storage device identification code corresponding to the TV board identification code, and sending a first switching instruction to the control device according to the storage device identification code, so that the control device according to the first switching instruction Controlling the storage device corresponding to the storage device identification code to connect locally, specifically includes:

Querying the preset configuration table to obtain the storage device identification code corresponding to the TV board identification code;

Generate a task file according to the TV board identification code, the storage device identification code and the original compiled file identification code;

Adding the task file to the task list of the TV board corresponding to the TV board identification code;

When it is detected that the TV board is idle, read the task file in the task list of the TV board, and send a first switching instruction to the control device according to the storage device identification code in the task file, so that The control device controls the storage device corresponding to the storage device identification code to connect locally according to the first switching instruction.

Further, the file creation request also includes a server identification code;

The obtaining the original compiled file corresponding to the original compiled file identification code from the server, and storing the original compiled file in the storage device, specifically includes:

Sending a file acquisition request to the server corresponding to the server identification code; wherein, the file acquisition request includes the original compiled file identification code;

receiving the original compiled file corresponding to the original compiled file identification code fed back by the server according to the file acquisition request;

Decompressing the original compiled file to the storage device.

Further, the TV board is restarted, so that the TV board obtains the original compiled file in the storage device after restarting, and makes the original compiled file into a burning file, specifically include:

Send a power-on command to the control device, so that the control device controls the power circuit corresponding to the TV board to power on the TV board, and makes the TV board check that its system needs to be upgraded , calling the pre-stored upgrade package in the storage device to upgrade its system;

The TV board is restarted, so that the TV board checks whether the system needs to be initialized after restarting, and if necessary, calls the pre-stored initialization script file in the storage device to initialize the system, and obtains The original compiled file in the storage device, the original compiled file is made into a burning file in the initialized system, if not needed, then the original compiled file in the storage device is obtained, and In the system, the original compilation file is made into a burning file.

Further, after the TV board is restarted, the TV board can obtain the original compiled file in the storage device after restarting, and make the original compiled file into a burning file. ,Also includes:

When it is monitored that the TV board unloads the programming file to the storage device by calling the pre-stored unloading command in the storage device, it sends a power-off command to the control device, so that the control device controls The power supply circuit corresponding to the TV board is powered off the TV board;

sending a third switching instruction to the control device, so that the control device controls the storage device to connect to the local;

Compressing the programming file in the storage device locally to obtain the compressed programming file;

Calculate the checksum of the compressed burning file, and when the checksum is correct, send a file extraction request to the server;

receiving an extraction instruction fed back by the server according to the file extraction request, and sending the compressed programming file to the server for storage according to the extraction instruction.

Correspondingly, the embodiment of the present invention also provides a device for making a burning file, which specifically includes:

The file making request receiving module is used to receive the file making request sent by the server; wherein, the file making request includes a TV board identification code and an original compilation file identification code;

The first switching instruction sending module is used to obtain the storage device identification code corresponding to the TV board identification code, and send the first switching instruction to the control device according to the storage device identification code, so that the control device according to the The first switching instruction controls the storage device corresponding to the storage device identification code to be connected locally;

an original compiled file storage module, configured to acquire the original compiled file corresponding to the original compiled file identification code from the server, and store the original compiled file in the storage device;

A second switching instruction sending module, configured to send a second switching instruction to the control device according to the TV board identification code, so that the control device controls the storage device to connect to the TV according to the second switching instruction the TV board corresponding to the board identification code; and,

Burning file production module, used to restart the TV board, so that the TV board can obtain the original compiled file in the storage device after restarting, and make the original compiled file into a burning file document.

Further, the first switching instruction sending module specifically includes:

A storage device identification code acquisition unit, configured to query a preset configuration table, and obtain a storage device identification code corresponding to the TV board identification code;

A task file generating unit, configured to generate a task file according to the TV board identification code, the storage device identification code and the original compiled file identification code;

A task list adding unit, configured to add the task file to the task list of the TV board corresponding to the TV board identification code; and,

A switching instruction sending unit, configured to read the task file in the task list of the TV board when it is detected that the TV board is idle, and send the task file to the control device according to the storage device identification code in the task file Sending a first switching instruction, so that the control device controls the storage device corresponding to the storage device identification code to connect to the local according to the first switching instruction.

Further, the file creation request also includes a server identification code;

The original compiled file storage module specifically includes:

A file acquisition request sending unit, configured to send a file acquisition request to the server corresponding to the server identification code; wherein, the file acquisition request includes the original compiled file identification code;

an original compiled file receiving unit, configured to receive the original compiled file corresponding to the original compiled file identification code fed back by the server according to the file acquisition request; and,

The original compiled file decompression unit is configured to decompress the original compiled file to the storage device.

Further, the burning file making module specifically includes:

A power-on command sending unit, configured to send a power-on command to the control device, so that the control device controls the power supply circuit corresponding to the TV board to power on the TV board, and makes the TV board When the card checks that its system needs to be upgraded, it invokes the upgrade package pre-stored in the storage device to upgrade its system; and,

The TV board restart unit is used to restart the TV board, so that the TV board checks whether the system needs to be initialized after restarting, and if necessary, calls the pre-stored initialization script file in the storage device To initialize the system, and obtain the original compilation file in the storage device, make the original compilation file into a burning file in the initialized system, if not needed, obtain the original compilation file in the storage device the original compilation file, and make the original compilation file into a burning file in the system.

Further, the device for making the burning file also includes:

A power-off command sending module, configured to send a power-off command to the control device when it is monitored that the TV board unloads the programming file to the storage device by calling the pre-stored unload command in the storage device. An instruction to make the control device control the power supply circuit corresponding to the TV board to power off the TV board;

A third switching instruction sending module, configured to send a third switching instruction to the control device, so that the control device controls the storage device to connect locally;

A compressed burning file obtaining module, configured to compress the burning file in the storage device locally to obtain a compressed burning file;

A file extraction request sending module, configured to calculate the checksum of the compressed programming file, and when the checksum is correct, send a file extraction request to the server; and,

The compressed programming file sending module is configured to receive an extraction instruction fed back by the server according to the file extraction request, and send the compressed programming file to the server for storage according to the extraction instruction.

Implementing the embodiment of the present invention has the following beneficial effects:

The method and device for making a burning file provided by the embodiments of the present invention can send a switch instruction to the control device, so that the control device controls the storage device to switch the connection according to the switching instruction, and then makes the TV board complete the making of the burning file. It realizes the full automation of the production process of burning files, thereby improving the production efficiency of burning files, and without manual control, reducing labor costs, avoiding possible errors caused by human operations, and ensuring the integrity of the produced burning files Quality; through the TV board identification code in the file production request to control the corresponding TV board to make burning files, it can support different TV boards to make at the same time, realize the concurrent execution of multiple tasks, and further improve the production efficiency of burning files .

Description of drawings

Fig. 1 is the schematic flow chart of an embodiment of the making method of burning file provided by the present invention;

Fig. 2 is a schematic structural view of an embodiment of the control device in the method for making a burning file provided by the present invention;

Fig. 3 is a schematic structural view of an embodiment of a device for making a burning file provided by the present invention;

Fig. 4 is a schematic structural diagram of an embodiment of a system for making a burning file provided by the present invention.

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

Referring to Fig. 1, it is a schematic flow diagram of an embodiment of a method for making a burning file provided by the present invention, including steps S11 to S15, specifically as follows:

S11: Receive a file production request sent by the server; wherein, the file production request includes a TV board identification code and an original compiled file identification code;

S12: Obtain the storage device identification code corresponding to the TV board identification code, and send a first switching instruction to the control device according to the storage device identification code, so that the control device controls the TV board according to the first switching instruction. The storage device corresponding to the storage device identification code is connected locally;

S13: Obtain the original compiled file corresponding to the original compiled file identification code from the server, and store the original compiled file in the storage device;

S14: Send a second switching instruction to the control device according to the TV board identification code, so that the control device controls the storage device to connect to the TV board corresponding to the TV board identification code according to the second switching instruction. TV board;

S15: Restart the TV board, so that the TV board acquires the original compiled file in the storage device after restarting, and makes the original compiled file into a burning file.

It should be noted that the method for making a burning file provided in the embodiment of the present invention is executed by the host. Wherein, one end of the host is connected to the server, the other end is connected to the control device, and at the same time is connected to the TV board through a serial port. In some embodiments, the burning file is a burning bin file, the server is an OCS server, the control device is a bin board, and the storage device is a USB flash drive. Wherein, the OCS (order management) server is installed with an OCS (order management) system, which is mainly used for managing orders and storing original compilation files and burning bin files corresponding to the orders. The order is a table of correspondence between the user's information and the information of the original compiled file generated by the OCS system after the user at the factory side uploads the original compiled file to the OCS server. The host includes a Web Service program and a production control program. The control device is used for controlling the switching of the connection between the storage device and the host and the TV board, and for controlling the power-on and power-off of the TV board.

As shown in Figure 2, it is a schematic structural diagram of an embodiment of the control device 22 in the method for making a burning file provided by the present invention, and the control device 22 specifically includes a USB hub 221, a power supply 222, a transfer switch K1 and a power switch K2 , The transfer switch K1 includes a moving contact A1, a first static contact A2 and a second static contact A3. Wherein, one end of the USB hub 221 is connected to the host computer 21 , and the other end is connected to the first static contact A2 of the transfer switch K1 . The movable contact A1 of the transfer switch K1 is connected to the storage device 24 , and the second static contact A3 is connected to the TV board 23 . One end of the power switch K2 is connected to the power supply 222 , and the other end is connected to the TV board 23 . When the host computer 21 sends a switching instruction that the storage device 24 is connected to the host computer 21 to the control device 22, the control program in the control device 22 connects the movable contact A1 to the first static contact A2; When the storage device 24 is connected to the switching instruction of the TV board 23, the control program in the control device 22 connects the movable contact A1 to the second static contact A3; When the instruction of electricity, the control program in the control device 22 closes the power switch K2; It should be further explained that the USB hub 221 can be connected to N transfer switches K1 at the same time, and the movable contact A1 and the second static contact A3 of each transfer switch K1 are connected to a storage device 24 and a TV board 23 respectively. connection, so that the control device can be connected to N storage devices and N TV boards at the same time, and the N storage devices have a one-to-one correspondence with the N TV boards. In addition, the N TV boards can be respectively connected to the power supply 222 through the power switch K2, so that the control device can respectively control the power-on and power-off of each TV board.

In a preferred implementation, the user uploads the original compiled file to the server for storage. When it is necessary to make a certain original compiled file into a burning file, the user selects the original compiled file and the TV board to make the burning file in the pre-designed operation interface. The server sends a file making request to the host according to the user's selection, and the file making request includes the TV board identification code corresponding to the TV board selected by the user and the original compiled file identification code corresponding to the original compiled file. After receiving the file creation request, the host's Web Service program searches the host for the storage device identification code corresponding to the TV board identification code in the file creation request. The production control device of the host computer sends a first switching instruction to the control device according to the storage device identification code. After receiving the first switch command, the control device controls the storage device corresponding to the storage device identification code in the first switch command to connect to the host, and formats the storage device. Subsequently, the host obtains the corresponding original compiled file from the server according to the original compiled file identification code in the file making request, and stores the original compiled file in the storage device. The host computer sends the second switching instruction to the control device according to the TV board identification code in the file creation request. After receiving the second switching instruction, the control device controls the storage device to connect to the TV board corresponding to the TV board identification code in the second switching instruction. Subsequently, the host restarts the TV board. After the TV board restarts, it automatically obtains the original compiled file in the storage device, and makes the original compiled file into a burning file. By writing the control program in the host, the host can switch the connection to the storage device by controlling the control device, and then make the TV board complete the production of the burning file, realizing the full automation of the process of making the burning file, thus improving the production efficiency. The efficiency of the process of burning files, and without manual control, reduces labor costs, avoids possible errors caused by human operations, and ensures the quality of the produced burning files; through the TV board identification code in the file production request Control the corresponding TV boards to make burning files, which can support different TV boards to make at the same time, realize the concurrent execution of multi-tasks, and further improve the production efficiency of burning files. In addition, the log file system of the host's operating system records the entire production process of the burning file, which is convenient for tracing the production process of the burning file in the future, and further ensures the quality of the burning file produced.

In another preferred embodiment, the acquisition of the storage device identification code corresponding to the TV board identification code, and sending a first switching instruction to the control device according to the storage device identification code, so that the control device according to The first switching instruction controls the storage device corresponding to the storage device identification code to connect locally, specifically including:

Querying the preset configuration table to obtain the storage device identification code corresponding to the TV board identification code;

Generate a task file according to the TV board identification code, the storage device identification code and the original compiled file identification code;

Adding the task file to the task list of the TV board corresponding to the TV board identification code;

When it is detected that the TV board is idle, read the task file in the task list of the TV board, and send a first switching instruction to the control device according to the storage device identification code in the task file, so that The control device controls the storage device corresponding to the storage device identification code to connect locally according to the first switching instruction.

It should be noted that the host includes a task list and a configuration table. The task list is used to temporarily store task files corresponding to unfinished tasks, and has a one-to-one correspondence with TV boards. The configuration table is a table of correspondence between TV boards and storage devices, file renaming rules, total time of timers, and the like. The file renaming rule refers to the rule for renaming the original compiled file after it is stored in the storage device so that it can be processed by the TV board, and has a one-to-one correspondence with the TV board. The total time of the timer refers to the maximum time allowed for the task file to be queued in the task list. When the queued time of the task file in the task list exceeds the total time of the timer, the task corresponding to the task file will be regarded as failed, and the host will The task file is removed from the task list, and the total time of the timer has a one-to-one correspondence with the TV board. After receiving the file creation request sent by the server, the host's Web Service program searches the configuration table for the storage device identification code, file renaming rules, and timer total time corresponding to the TV board identification code in the file creation request. etc., and generate a local configuration file according to the storage device identification code, the file renaming rule and the total time of the timer. Subsequently, the Web Service program of the host generates a task file according to the TV board identification code, the local configuration file and the original compiled file identification code in the file making request, and stores the task file in the buffer task list. When the production control program in the host monitors that there is a new task file in the buffered task list, it will add the task file to the task list of the TV board corresponding to the TV board identification code. Check whether the TV board corresponding to the TV board identification code is in the process of making a burning file, if yes, wait, if not, that is, the TV board is idle, then proceed according to the sequence in the task list The task file is read, and the first switching instruction is sent to the control device according to the storage device identification code in the read task file. After receiving the first switching instruction, the control device controls the storage device corresponding to the storage device identification code to connect to the host.

Further, the file creation request also includes a server identification code;

The obtaining the original compiled file corresponding to the original compiled file identification code from the server, and storing the original compiled file in the storage device, specifically includes:

Sending a file acquisition request to the server corresponding to the server identification code; wherein, the file acquisition request includes the original compiled file identification code;

receiving the original compiled file corresponding to the original compiled file identification code fed back by the server according to the file acquisition request;

Decompressing the original compiled file to the storage device.

It should be noted that after the host controls the corresponding storage device to connect to the host according to the file creation request, the host formats the storage device and sends a file acquisition request to the server corresponding to the server identification code in the file creation request, wherein, The file acquisition request includes an original compiled file identification code corresponding to the original compiled file that needs to be made into a burning file. After receiving the file acquisition request, the server searches the server for the original compiled file corresponding to the original compiled file identification code in the file acquisition request, and feeds back the original compiled file to the host. After receiving the original compiled file fed back by the server, the host computer stores and decompresses the original compiled file to the storage device. At the same time, the host computer stores the upgrade package, the initialization script file and the DUMP FLASH instruction pre-stored in the host computer into the storage device. Wherein, the upgrade package is used to upgrade the system of the TV board; the initialization script file is used to initialize the system of the TV board; the DUMP FLASH command is used to unload the burning file in the TV board to the storage device.

Further, the TV board is restarted, so that the TV board obtains the original compiled file in the storage device after restarting, and makes the original compiled file into a burning file, specifically include:

Send a power-on command to the control device, so that the control device controls the power circuit corresponding to the TV board to power on the TV board, and makes the TV board check that its system needs to be upgraded , calling the pre-stored upgrade package in the storage device to upgrade its system;

The TV board is restarted, so that the TV board checks whether the system needs to be initialized after restarting, and if necessary, calls the pre-stored initialization script file in the storage device to initialize the system, and obtains The original compiled file in the storage device, the original compiled file is made into a burning file in the initialized system, if not needed, then the original compiled file in the storage device is obtained, and In the system, the original compilation file is made into a burning file.

It should be noted that after the storage device is connected to the TV board, the host sends a power-on command to the control device. After receiving the power-on instruction, the control device controls the power supply circuit corresponding to the TV board to power on the TV board. After the TV board is powered on, it automatically checks whether its system needs to be upgraded. When the system needs to be upgraded, it calls the upgrade package in the storage device to upgrade. When the system does not need to be upgraded, it does not process. Subsequently, the host restarts the TV board. After the TV board is restarted, it automatically checks whether its system needs to be initialized. If necessary, it calls the initialization script file in the storage device to initialize its system, and obtains the original compiled file in the storage device. The original compiled file is made into a burning file, if not needed, the original compiled file in the storage device is obtained, and the original compiled file is made into a burning file in the system.

Further, after the TV board is restarted, the TV board can obtain the original compiled file in the storage device after restarting, and make the original compiled file into a burning file. ,Also includes:

When it is monitored that the TV board unloads the programming file to the storage device by calling the pre-stored unloading command in the storage device, it sends a power-off command to the control device, so that the control device controls The power supply circuit corresponding to the TV board is powered off the TV board;

sending a third switching instruction to the control device, so that the control device controls the storage device to connect to the local;

Compressing the programming file in the storage device locally to obtain the compressed programming file;

Calculate the checksum of the compressed burning file, and when the checksum is correct, send a file extraction request to the server;

receiving an extraction instruction fed back by the server according to the file extraction request, and sending the compressed programming file to the server for storage according to the extraction instruction.

It should be noted that after the TV board makes the original compiled file into a burning file, it automatically invokes the DUMP FLASH command in the storage device, so as to unload the burning file to the storage device. After the host monitors that the TV board unloads the programming file to the storage device, it sends a power-off command to the control device. After receiving the power-off instruction, the control device controls the power supply circuit corresponding to the TV board to power off the TV board. Subsequently, the host computer sends a third switching instruction to the control device. After receiving the third switching instruction, the control device controls the storage device to connect to the host. The host computer compresses the programming file in the storage device to the host computer, thereby obtaining the compressed programming file. Subsequently, the host computer calculates the checksum of the compressed programming file, and when the checksum is correct, sends a file extraction request to the server. After receiving the file extraction request, the server sends an extraction instruction to the host. After receiving the extraction instruction, the host sends the compressed programming file to the server for storage. When the factory side needs to mass-produce a certain programming file, the server will send the corresponding programming file to the factory side.

In the method for making a burning file provided by the embodiment of the present invention, by writing a control program in the host, the host can switch the connection of the storage device through the control control device, and then make the TV board complete the making of the burning file, realizing the production The process of burning files is fully automated, thereby improving the efficiency of the process of making burning files, and without manual control, reducing labor costs, avoiding possible errors caused by human operations, and ensuring the integrity of the produced burning files Quality; through the TV board identification code in the file production request to control the corresponding TV board to make burning files, it can support different TV boards to make at the same time, realize the concurrent execution of multiple tasks, and further improve the production efficiency of burning files . In addition, the log file system of the host's operating system records the entire production process of the burning file, which is convenient for tracing the production process of the burning file in the future, and further ensures the quality of the burning file produced.

Correspondingly, the present invention also provides a device for making a burning file, which can realize all the processes of the method for making a burning file in the above-mentioned embodiments.

Referring to Fig. 3, it is a schematic structural diagram of an embodiment of a device for making a burning file provided by the present invention, specifically as follows:

The file making request receiving module 31 is used to receive the file making request sent by the server; wherein, the file making request includes a TV board identification code and an original compilation file identification code;

The first switching instruction sending module 32 is used to obtain the storage device identification code corresponding to the TV board identification code, and send the first switching instruction to the control device according to the storage device identification code, so that the control device can be used according to the specified storage device identification code. The first switching instruction controls the storage device corresponding to the storage device identification code to be connected locally;

An original compiled file storage module 33, configured to acquire the original compiled file corresponding to the original compiled file identification code from the server, and store the original compiled file in the storage device;

The second switching instruction sending module 34 is configured to send a second switching instruction to the control device according to the TV board identification code, so that the control device controls the storage device to connect to the TV according to the second switching instruction. the TV board corresponding to the TV board identification code; and,

Burning file production module 35 is used to restart the TV board, so that the TV board can obtain the original compiled file in the storage device after restarting, and make the original compiled file into a burning file. record files.

In another preferred embodiment, the first switching instruction sending module specifically includes:

A storage device identification code acquisition unit, configured to query a preset configuration table, and obtain a storage device identification code corresponding to the TV board identification code;

A task file generating unit, configured to generate a task file according to the TV board identification code, the storage device identification code and the original compiled file identification code;

A task list adding unit, configured to add the task file to the task list of the TV board corresponding to the TV board identification code; and,

A switching instruction sending unit, configured to read the task file in the task list of the TV board when it is detected that the TV board is idle, and send the task file to the control device according to the storage device identification code in the task file Sending a first switching instruction, so that the control device controls the storage device corresponding to the storage device identification code to connect to the local according to the first switching instruction.

Further, the file creation request also includes a server identification code;

The original compiled file storage module specifically includes:

A file acquisition request sending unit, configured to send a file acquisition request to the server corresponding to the server identification code; wherein, the file acquisition request includes the original compiled file identification code;

an original compiled file receiving unit, configured to receive the original compiled file corresponding to the original compiled file identification code fed back by the server according to the file acquisition request; and,

The original compiled file decompression unit is configured to decompress the original compiled file to the storage device.

Further, the burning file making module specifically includes:

A power-on command sending unit, configured to send a power-on command to the control device, so that the control device controls the power supply circuit corresponding to the TV board to power on the TV board, and makes the TV board When the card checks that its system needs to be upgraded, it invokes the upgrade package pre-stored in the storage device to upgrade its system; and,

The TV board restart unit is used to restart the TV board, so that the TV board checks whether the system needs to be initialized after restarting, and if necessary, calls the pre-stored initialization script file in the storage device To initialize the system, and obtain the original compilation file in the storage device, make the original compilation file into a burning file in the initialized system, if not needed, obtain the original compilation file in the storage device the original compilation file, and make the original compilation file into a burning file in the system.

Further, the device for making the burning file also includes:

A power-off command sending module, configured to send a power-off command to the control device when it is monitored that the TV board unloads the programming file to the storage device by calling a pre-stored unload command in the storage device. An instruction to make the control device control the power supply circuit corresponding to the TV board to power off the TV board;

A third switching instruction sending module, configured to send a third switching instruction to the control device, so that the control device controls the storage device to connect locally;

A compressed burning file obtaining module, configured to compress the burning file in the storage device locally to obtain a compressed burning file;

A file extraction request sending module, configured to calculate the checksum of the compressed programming file, and when the checksum is correct, send a file extraction request to the server; and,

The compressed programming file sending module is configured to receive an extraction instruction fed back by the server according to the file extraction request, and send the compressed programming file to the server for storage according to the extraction instruction.

Referring to FIG. 4 , it is a schematic structural diagram of an embodiment of a system for making a burning file provided by the present invention, including a server 41 , a host 42 , a control device 43 , a TV board 44 and a storage device 45 . Wherein, one end of the host computer is connected with the server, the other end is connected with the control device, and connected with the TV board through the serial port. The control device is connected with the TV board and the storage device. When the server sends a file creation request to the host, the host controls the control device to switch the connection of the storage device to the host. The host gets the original compiled file from the server and decompresses it to the storage device. Subsequently, the host controls the control device to switch the connection of the storage device to the TV board, and controls the TV board to make the original compiled file in the storage device into a burning file. After the TV board unloads the completed burning file to the storage device, the host control control device switches the connection of the storage device to the host, so as to upload the burning file in the storage device to the server for storage.

It should be noted that the embodiment of the present invention is only described as an example in which the control device is connected to a storage device and a TV board, but in actual implementation, the control device can be connected to one or more TV boards and the The number of storage devices with the same number can be configured according to actual applications.

The device and system for making a burning file provided by the embodiments of the present invention, by writing a control program in the host, the host can switch the connection of the storage device through the control control device, and then make the TV board complete the making of the burning file, realizing It realizes the full automation of the process of making burning files, thereby improving the efficiency of the process of making burning files. Moreover, it does not require manual control, reduces labor costs, and at the same time avoids possible errors caused by human operations, ensuring the production of burning files. The quality of the file; through the TV board identification code in the file production request to control the corresponding TV board to make the burning file, it can support different TV boards to make at the same time, realize the concurrent execution of multiple tasks, and further improve the burning file. Production efficiency. In addition, the log file system of the host's operating system records the entire production process of the burning file, which is convenient for tracing the production process of the burning file in the future, and further ensures the quality of the burning file produced.

The above description is a preferred embodiment of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also considered as protection scope of the present invention.

Claims (10)

1. A method for making a burning file, characterized in that, comprising: Receive the file making request that server sends; Wherein, described file making request comprises TV board identification code and original compiled file identification code; Obtain the storage device identification code corresponding to the TV board identification code, and send a first switching instruction to the control device according to the storage device identification code, so that the control device controls the storage device according to the first switching instruction The storage device corresponding to the identification code is connected locally; Obtaining the original compiled file corresponding to the original compiled file identification code from the server, and storing the original compiled file in the storage device; Send a second switching instruction to the control device according to the TV board identification code, so that the control device controls the storage device to connect to the TV board corresponding to the TV board identification code according to the second switching instruction Card; The TV board is restarted, so that the TV board obtains the original compiled file in the storage device after restarting, and makes the original compiled file into a burning file. 2. the making method of burning file as claimed in claim 1, is characterized in that, described acquisition said TV card identification code corresponding storage device identification code, and sends to control device according to described storage device identification code The first switching instruction is to make the control device control the storage device corresponding to the storage device identification code to connect to the local according to the first switching instruction, specifically including: Querying the preset configuration table to obtain the storage device identification code corresponding to the TV board identification code; Generate a task file according to the TV board identification code, the storage device identification code and the original compiled file identification code; Adding the task file to the task list of the TV board corresponding to the TV board identification code; When it is detected that the TV board is idle, read the task file in the task list of the TV board, and send a first switching instruction to the control device according to the storage device identification code in the task file, so that The control device controls the storage device corresponding to the storage device identification code to connect locally according to the first switching instruction. 3. the making method of burning file as claimed in claim 1, is characterized in that, described file making request also comprises server identification code; The obtaining the original compiled file corresponding to the original compiled file identification code from the server, and storing the original compiled file in the storage device, specifically includes: Sending a file acquisition request to the server corresponding to the server identification code; wherein, the file acquisition request includes the original compiled file identification code; receiving the original compiled file corresponding to the original compiled file identification code fed back by the server according to the file acquisition request; Decompressing the original compiled file to the storage device. 4. The method for making a burning file according to claim 1, wherein the TV board is restarted so that the TV board obtains the original data in the storage device after restarting. Compile the file, and make the original compiled file into a burning file, specifically including: Send a power-on command to the control device, so that the control device controls the power circuit corresponding to the TV board to power on the TV board, and makes the TV board check that its system needs to be upgraded , calling the pre-stored upgrade package in the storage device to upgrade its system; The TV board is restarted, so that the TV board checks whether the system needs to be initialized after restarting, and if necessary, calls the pre-stored initialization script file in the storage device to initialize the system, and obtains The original compiled file in the storage device, the original compiled file is made into a burning file in the initialized system, if not needed, then the original compiled file in the storage device is obtained, and In the system, the original compilation file is made into a burning file. 5. The method for making a burning file as claimed in any one of claims 1 to 4, wherein the TV board is restarted so that the TV board can obtain the stored data after restarting. The original compilation file in the device, and after making the original compilation file into a burning file, it also includes: When it is monitored that the TV board unloads the programming file to the storage device by calling the pre-stored unloading command in the storage device, it sends a power-off command to the control device, so that the control device controls The power supply circuit corresponding to the TV board is powered off the TV board; sending a third switching instruction to the control device, so that the control device controls the storage device to connect to the local; Compressing the programming file in the storage device locally to obtain the compressed programming file; Calculate the checksum of the compressed burning file, and when the checksum is correct, send a file extraction request to the server; receiving an extraction instruction fed back by the server according to the file extraction request, and sending the compressed programming file to the server for storage according to the extraction instruction. 6. A production device for burning files, characterized in that, comprising: The file making request receiving module is used to receive the file making request sent by the server; wherein, the file making request includes a TV board identification code and an original compilation file identification code; The first switching instruction sending module is used to obtain the storage device identification code corresponding to the TV board identification code, and send the first switching instruction to the control device according to the storage device identification code, so that the control device according to the The first switching instruction controls the storage device corresponding to the storage device identification code to be connected locally; an original compiled file storage module, configured to acquire the original compiled file corresponding to the original compiled file identification code from the server, and store the original compiled file in the storage device; A second switching instruction sending module, configured to send a second switching instruction to the control device according to the TV board identification code, so that the control device controls the storage device to connect to the TV according to the second switching instruction the TV board corresponding to the board identification code; and, Burning file production module, used to restart the TV board, so that the TV board can obtain the original compiled file in the storage device after restarting, and make the original compiled file into a burning file document. 7. The making device of burning file as claimed in claim 6, is characterized in that, described first switching instruction sending module specifically comprises: A storage device identification code acquisition unit, configured to query a preset configuration table, and obtain a storage device identification code corresponding to the TV board identification code; A task file generating unit, configured to generate a task file according to the TV board identification code, the storage device identification code and the original compiled file identification code; A task list adding unit, configured to add the task file to the task list of the TV board corresponding to the TV board identification code; and, A switching instruction sending unit, configured to read the task file in the task list of the TV board when it is detected that the TV board is idle, and send the task file to the control device according to the storage device identification code in the task file Sending a first switching instruction, so that the control device controls the storage device corresponding to the storage device identification code to connect to the local according to the first switching instruction. 8. The making device of burning file as claimed in claim 6, is characterized in that, described file making request also comprises server identification code; The original compiled file storage module specifically includes: A file acquisition request sending unit, configured to send a file acquisition request to the server corresponding to the server identification code; wherein, the file acquisition request includes the original compiled file identification code; an original compiled file receiving unit, configured to receive the original compiled file corresponding to the original compiled file identification code fed back by the server according to the file acquisition request; and, The original compiled file decompression unit is configured to decompress the original compiled file to the storage device. 9. The making device of burning file as claimed in claim 6, is characterized in that, described burning file making module specifically comprises: A power-on command sending unit, configured to send a power-on command to the control device, so that the control device controls the power supply circuit corresponding to the TV board to power on the TV board, and makes the TV board When the card checks that its system needs to be upgraded, it invokes the upgrade package pre-stored in the storage device to upgrade its system; and, The TV board restart unit is used to restart the TV board, so that the TV board checks whether the system needs to be initialized after restarting, and if necessary, calls the pre-stored initialization script file in the storage device To initialize the system, and obtain the original compilation file in the storage device, make the original compilation file into a burning file in the initialized system, if not needed, obtain the original compilation file in the storage device the original compilation file, and make the original compilation file into a burning file in the system. 10. The device for making a burning file according to any one of claims 6 to 9, wherein the device for making a burning file further comprises: A power-off command sending module, configured to send a power-off command to the control device when it is monitored that the TV board unloads the programming file to the storage device by calling the pre-stored unload command in the storage device. An instruction to make the control device control the power supply circuit corresponding to the TV board to power off the TV board; A third switching instruction sending module, configured to send a third switching instruction to the control device, so that the control device controls the storage device to connect locally; A compressed burning file obtaining module, configured to compress the burning file in the storage device locally to obtain a compressed burning file; A file extraction request sending module, configured to calculate the checksum of the compressed programming file, and when the checksum is correct, send a file extraction request to the server; and, The compressed programming file sending module is configured to receive an extraction instruction fed back by the server according to the file extraction request, and send the compressed programming file to the server for storage according to the extraction instruction.