CN112667276A - Online programming tool and method for intelligent control system - Google Patents

Abstract

The present application relates to an online programming tool and method for an intelligent control system, belonging to the field of system design technology. The online programming tool includes a code library, a storage unit, a logic unit, an editor, a compiler and a control unit; There is code; logic unit, which stores execution logic; storage unit, which stores but is not limited to functions, parameters and variables; editor, which is used to generate function code; compiler, which is used to compile function code into programming language and generate program package file; a control unit for sending a program package file to a target system host through a debugging tool, and receiving an upgrade result returned by the target system host after parsing the program package file; and based on an online programming tool, provides an intelligent control system online programming method. Compared with the related art, the present application has the effect of improving the problem of high maintenance cost of the smart home control system.

Description

An online programming tool and method for intelligent control system

technical field

The present application relates to the field of system design technology, and in particular, to an online programming method and system for an intelligent control system.

Background technique

Smart home control system (smarthome control system, SCS), also known as smart control system, is based on smart home system as a platform, home electrical and household appliances as the main control objects, using integrated wiring technology, network communication technology, security technology, Automatic control technology, audio and video technology efficiently integrate home-related equipment, build an efficient control and management system for residential facilities and family schedule practice, improve home intelligence, safety, convenience, comfort, and realize an environmental protection control system platform.

In order to clear the faults and errors occurred in the operation of the smart home control system, and to adapt the system to changes in the user environment and meet the newly proposed needs, it is necessary to do some local updates to the original system. These tasks are called system maintenance.

In the system maintenance work of the smart home control system, the general maintenance personnel now write/modify the corresponding codes according to the functions that need to be maintained to form data packets, and then send the data packets to the smart home control system for update or maintenance. However, it takes a long time to write/modify the code in the early stage, resulting in high maintenance cost of the smart home control system.

SUMMARY OF THE INVENTION

In order to improve the problem of high maintenance cost of the smart home control system, the present application provides an online programming tool and method for the smart control system.

In the first aspect, the application provides an online programming tool for an intelligent control system, which adopts the following technical solutions:

An online programming tool for an intelligent control system, the online programming tool includes a code library, a storage unit, a logic unit, an editor, a compiler and a control unit; wherein,

The code base stores codes;

The logic unit stores execution logic;

The storage unit stores but is not limited to functions, parameters and variables;

The editor is used to call the corresponding code in the code base, the corresponding execution logic in the logic unit, and the corresponding function, parameter and variable in the storage unit according to the functional requirements edited by the user, and generate the function code;

the compiler for compiling the function code into a programming language to generate a package file; and,

The control unit is used to send an upgrade command to the target system host, after receiving the control command returned by the target system host, send the package file to the target system host through a debugging tool, and receive the target system host after parsing the package file. Returns the upgrade result.

By adopting the above technical solution, after the user edits the functional requirements on the editor, the editor calls the corresponding codes, functions, parameter variables and execution logic according to the functional requirements of the user, and automatically generates the functional codes, and the compiler converts the functional codes generated by the editor into After compiling into a programming language, a program package file is generated, the control unit sends an upgrade command to the target system host, and after receiving the control command returned by the target system host according to the upgrade command, the program package file is sent to the target system host, and the function code is automatically generated. , no need to repeatedly modify the code, the program package file is automatically sent, the effective speed is fast, and it can meet the functional requirements of different users/customers, which can improve the deployment efficiency of the target system, thereby improving the maintenance cost of the smart home control system. , the control unit receives the upgrade result returned by the target system host after parsing the program package file, so as to facilitate maintenance personnel/users to timely obtain whether the upgrade is successful.

Optionally, the programming language may be a binary programming language.

By adopting the above technical solution, the binary language is a machine-oriented language, so that the generated program package file can be easily recognized by various computers, computing devices, and the like.

Optionally, the program package file can be recognized and executed by a programmable logic controller.

By adopting the above technical solution, the program package file can be recognized and executed by programmable logic controllers such as single-chip microcomputer and PLC, thereby improving the practicability of the online programming tool.

Optionally, the online programming tool further includes a UI interface, and the UI interface is used to visualize the process of editing the functional requirements by the user.

By adopting the above technical solution, when the user edits the demand function, he can check whether there is a problem with the edited demand function through the UI interface in real time, so as to modify it in time, which can reduce the probability of the generated function code error, thereby helping to improve the smart home The problem of high maintenance cost of the control system.

Optionally, the debugging tool includes but is not limited to a socket tool.

By adopting the above technical solution, the socket tool can help to check the communication status of the network application software and hardware, so as to help send the program package file to the target system host.

In the second aspect, the application provides an online programming method for an intelligent control system, which adopts the following technical solutions:

An online programming method for an intelligent control system, the online programming method comprising,

Function code generation, based on the functional requirements edited by the user, the corresponding codes, functions, parameters, variables and execution logic of the code are called to generate function codes;

Package file generation, compile function code into programming language, and generate package file;

package file sending, which converts the package file into binary code and sends it to the target system host; and,

The upgrade result is received, and the upgrade result returned by the target system host after parsing the package file is received.

By adopting the above technical solution, after the user edits the functional requirements, the corresponding codes, functions, parameter variables and execution logic can be called according to the functional requirements edited by the user, the function codes can be automatically generated, and the generated function codes can be compiled into a programming language to generate a program. package file, and then convert the package file into binary code and send it to the target system host, the function code is automatically generated, no need to repeatedly modify the code, the package file is automatically sent, the effective speed is fast, and it can meet the functional requirements of different users/customers, It can improve the deployment efficiency of the target system, thereby helping to improve the problem of high maintenance costs of the smart home control system; in addition, it can receive the upgrade results returned by the target system host after parsing the package file, so that maintenance personnel/users can be upgraded in time whether succeed.

Optionally, the specific method for sending the package file includes:

Sending an upgrade command to the target system host, and judging whether the control command returned by the target system host after receiving the upgrade command is received; and,

If the returned control command is received, the package file is converted into binary code and sent to the target system host; otherwise, the upgrade command is resent.

By adopting the above technical solution, the upgrade command is sent to the target system host, so that the target system host is configured with resources and ports for receiving package files. After the target system host is configured, it will return a control command. If the configuration is unsuccessful, the device will not be configured. Return the control command, after receiving the returned control command, send the package file, otherwise, resend the upgrade command until the control command is received, so that the probability of the package file being received and successfully parsed by the target system host increases, which helps to reduce the program The chance that the package file will fail to send.

Optionally, the program package file can be recognized and executed by a programmable logic controller.

By adopting the above technical solution, the program package file can be recognized and executed by programmable logic controllers such as single-chip microcomputer and PLC, thereby helping to improve practicability.

Optionally, the process of editing the functional requirements by the user is a visual operation.

By adopting the above technical solution, when the user edits the demand function, he can check in real time whether there is a problem with the edited demand function, and then modify it in time, which can reduce the probability of errors in the generated function code, thereby helping to improve the maintenance of the smart home control system. higher cost issues.

In a third aspect, the present application provides a computer-readable storage medium using the following technical solutions;

A computer-readable storage medium storing a computer program capable of being loaded by a processor and executing any of the methods in the second aspect.

To sum up, the present application includes at least one of the following beneficial technical effects.

Description of drawings

FIG. 1 is a schematic structural diagram of an online programming tool for an intelligent control system according to an embodiment of the present application.

FIG. 2 is a flowchart of online programming according to an embodiment of the present application.

FIG. 3 is a first flowchart of an online programming method for an intelligent control system according to an embodiment of the present application.

FIG. 4 is a second flowchart of an online programming method for an intelligent control system according to an embodiment of the present application.

Description of reference numerals: 1. Logic unit; 2. Code library; 3. Storage unit; 4. Editor; 5. Compiler; 6. UI interface; 7. Control unit; 8. Target system host.

Detailed ways

The present application will be further described in detail below in conjunction with accompanying drawings 1-4.

Smart home control system (smarthome control system, SCS), also known as smart control system, is based on smart home system as a platform, home electrical and household appliances as the main control objects, using integrated wiring technology, network communication technology, security technology, Automatic control technology, audio and video technology efficiently integrate home-related equipment, build an efficient control and management system for residential facilities and family schedule practice, improve home intelligence, safety, convenience, comfort, and realize an environmental protection control system platform.

Today, the existing intelligent control system adopts the single-chip solution, using the single-chip chip as the controller, and the relay as the on-off switch, combined with the separate design of the main board for strong and weak current, and implemented with C language as the underlying program. This intelligent control system has stable performance and powerful functions.

The embodiment of the present application discloses an online programming tool for an intelligent control system. 1 and 2, the online programming tool includes a code library 2, a storage unit 3, a logic unit 1, an editor 4, a compiler 5 and a control unit 7; wherein,

Code base 2, which stores code;

Logic unit 1, which stores execution logic;

The storage unit 3 stores but is not limited to functions, parameters and variables;

The editor 4 is used to call the corresponding code in the code storage unit 3, the corresponding execution logic in the logic unit 1, and the corresponding function, parameter and variable in the storage unit 3 according to the functional requirements edited by the user, and generate a function code;

a compiler 5 for compiling the functional code into a programming language, generating a package file; and,

The control unit 7 is used to send the upgrade command to the target system host 8, after receiving the control command returned by the target system host 8, send the package file to the target system host 8 through the debugging tool, and receive the target system host 8 parsing program The upgrade result returned after the package file.

The programming language may be a binary programming language, and the program package file can be recognized and executed by the programmable logic controller. The target system host 8 may be a control host of an intelligent control system, a building control system, or the like. The execution logic includes execution logic of various types of software and hardware devices of the target control system, for example, key execution logic, switch execution logic, and the like.

It should be noted that the program package file can be recognized and executed by the programmable logic controller. The program package file can be parsed by the control system using the single chip, PLC and other schemes.

In the embodiment of the above-mentioned online programming tool, after the user edits the functional requirements on the editor 4, the editor 4 calls the corresponding code, function, parameter variable and execution logic according to the functional requirements of the user, and automatically generates the functional code, and the compiler 5 will The function code generated by the editor 4 is compiled into a programming language to generate a package file, the control unit 7 sends an upgrade command to the target system host 8, and after receiving the control command returned by the target system host 8 according to the upgrade command, the program package file is Send to the target system host 8, the function code is automatically generated, no need to repeatedly modify the code, the program package file is automatically sent, the effective speed is fast, and it can meet the functional requirements of different users/customers, which can improve the deployment efficiency of the target system, thereby improving intelligence. The maintenance cost of the home control system is relatively high; in addition, the control unit 7 receives the upgrade result returned by the target system host 8 after parsing the program package file, so as to facilitate maintenance personnel/users to timely obtain whether the upgrade is successful.

Referring to FIG. 1 , as a further implementation of the online programming tool, the online programming tool further includes a UI interface 6, and the UI interface 6 is used to visually operate the process of editing the functional requirements by the user.

In a further embodiment of the above-mentioned online programming tool, when the user edits the required function, he can check whether there is a problem with the edited required function in real time through the UI interface 6, so as to modify it in time, which can reduce the probability that the generated function code is wrong, thereby having Help to improve the problem of high maintenance cost of smart home control system.

As an implementation manner of the debugging tool, the debugging tool includes but is not limited to a socket tool. The socket tool can help to check the communication status of the network application software and hardware, so as to help send the package file to the target system host 8 .

Taking the intelligent control system using the single-chip solution as the maintenance application scenario, the functional requirements edited by the user include general settings, I/O settings, air conditioning settings, infrared settings, mode settings, combination case settings and voice control settings. , these functional requirements can be displayed and set on the UI interface.

Among them, the general settings include hotel number/family number setting, thermostat manufacturer selection, status synchronization switch selection, switch backlight type selection, switch communication type selection, house number output type selection, air conditioner type selection, curtain motor type selection, infrared triggering Level selection, door magnetic trigger level selection, card pull-out delay setting, day and night mode switching, air conditioning season mode selection, etc.

I/O setting includes input number setting, input type setting, output type setting, output circuit setting, etc.

The air conditioner setting includes parameter settings of a plurality of air conditioners, wherein the configuration of each air conditioner includes the state setting of the air conditioner, the setting of the air conditioner mode, and the setting of the thermostat ID.

Infrared settings include new infrared area settings, infrared enable, loop ID settings and hold time settings.

The mode setting includes the selection of new mode types. The configuration of each mode includes the type of each active circuit (relay, switch, curtain, air conditioner, dimming and background music, etc.) and the state configuration of each type. When the newly added type is light, the light mode setting includes the setting of the new light combination, the setting of the execution condition of the light combination, the device addition under the light combination and the state configuration of the added device.

The combination case setting includes the addition, execution logic selection and configuration of the combination case.

Voice control settings include command configuration, name configuration, type configuration, and loop ID configuration.

The editing process of the above functional requirements is edited on the editor 4, and the UI interface 6 visualizes the editing process, so that the user can check in real time whether there is an error in the edited function, so as to facilitate timely correction.

An online programming tool for an intelligent control system provided by this application can be implemented based on systems such as Windows and Linux, the development language can be based on C language, and the hardware can be based on single-chip microcomputer. Among them, the UI interface and the functions that can be set can be configured according to the functional preferences of different people.

The embodiment of the present application also discloses an online programming method for an intelligent control system. Referring to FIG. 2 and FIG. 3 , the online programming method includes:

The function code generation 101 is to call the corresponding code, function, parameter, variable and execution logic of the code based on the functional requirements edited by the user, and generate the function code;

Program package file generation 102, mutating function codes into programming languages, and generating program package files;

package file sending 103, converting the package file into binary code and sending it to the target system host 8; and,

The upgrade result receiving 104 receives the upgrade result returned by the target system host 8 after parsing the package file.

It should be noted that the program package file can be recognized and executed by the programmable logic controller. The returned upgrade result includes failure or success. If the returned upgrade result is failure, the maintenance personnel can maintain the target control system where the target system host 8 is located in time.

In the embodiment of the above-mentioned online programming method, after the user edits the functional requirements, the corresponding codes, functions, parameter variables and execution logic can be called according to the functional requirements edited by the user, function codes are automatically generated, and the generated function codes are compiled into a programming language. After that, the package file is generated, and then the package file is converted into binary code and sent to the target system host 8. The function code is automatically generated, no need to repeatedly modify the code, the package file is automatically sent, the effective speed is fast, and it can meet the needs of different users/customers It can improve the deployment efficiency of the target system, thereby helping to improve the problem of high maintenance costs of the smart home control system; in addition, it can receive the upgrade results returned by the target system host 8 after parsing the package file, which is convenient for maintenance personnel. /Users get timely whether the upgrade was successful.

2 and 4, as an implementation of the package file sending 103, the specific steps of the package file sending 103 are as follows:

1031. Send an upgrade command to the target system host 8, and determine whether a control command returned by the target system host 8 after receiving the upgrade command is received.

1032. If the returned control command is received, convert the package file into binary code and send it to the target system host 8; otherwise, resend the upgrade command

In the embodiment of the above-mentioned program package file sending 103, the upgrade command is sent to the target system host 8, so that the target system host 8 is configured with resources and ports for receiving the program package file, and after the target system host 8 is configured, the control command will be returned, If the configuration is unsuccessful, the control command will not be returned. After receiving the returned control command, the program package file will be sent. Otherwise, the upgrade command will be re-sent until the control command is received, so that the program package file will be received and parsed by the target system host 8. The increased probability of success helps reduce the chances of a failed package file delivery.

As a further implementation of the online programming method, the process of editing the functional requirements by the user is a visual operation.

In a further implementation of the above online programming method, when the user edits the demand function, he can check in real time whether there is a problem with the edited demand function, and then modify it in time, which can reduce the probability of errors in the generated function code, thereby helping to improve intelligence. The problem of high maintenance cost of home control system.

The embodiment of the present application also discloses a computer-readable storage medium, which stores a computer program that can be loaded by a processor and executes any one of the online programming methods for an intelligent control system.

The above are all preferred embodiments of the present application, and are not intended to limit the protection scope of the present application. Therefore: all equivalent changes made according to the structure, shape and principle of the present application should be covered within the scope of the present application. Inside.

Claims (10)

1. an online programming tool for an intelligent control system, characterized in that: the online programming tool comprises a code library (2), a storage unit (3), a logic unit (1), an editor (4), a compiler (5) and the control unit (7); wherein, The code base (2) stores codes; The logic unit (1) stores execution logic; The storage unit (3) stores but is not limited to functions, parameters and variables; The editor (4) is used to invoke the corresponding code in the code base (2), the corresponding execution logic in the logic unit (1), and the corresponding functions, parameters and functions in the storage unit (3) according to the functional requirements edited by the user. variable, generate function code; the compiler (5) for compiling the function code into a programming language to generate a package file; and, The control unit (7) is used to send an upgrade command to the target system host (8), and after receiving the control command returned by the target system host (8), the package file is sent to the target system host (8) through a debugging tool , and receive the upgrade result returned by the target system host (8) after parsing the package file. 2 . The online editing device for an intelligent control system according to claim 1 , wherein the programming language can be a binary programming language. 3 . 3 . The online editing device for an intelligent control system according to claim 1 or 2 , wherein the program package file can be recognized and executed by a programmable logic controller. 4 . 4. A kind of online editing device for intelligent control system according to claim 1, is characterized in that: described online programming tool also comprises UI interface (6), described UI interface (6) is used for editing user The process of functional requirements is visualized. 5 . The online editing device for an intelligent control system according to claim 1 , wherein the debugging tools include but are not limited to socket tools. 6 . 6. An online programming method for an intelligent control system, characterized in that: the online programming method comprises, Function code generation, based on the functional requirements edited by the user, the corresponding codes, functions, parameters, variables and execution logic of the code are called to generate function codes; Package file generation, compile function code into programming language, and generate package file; package file sending, converting the package file into binary code and sending it to the target system host (8); and, The upgrade result is received, and the upgrade result returned by the target system host (8) after parsing the package file is received. 7. A kind of online programming method for intelligent control system according to claim 7, is characterized in that: the concrete method that described program package file is sent comprises, Send an upgrade command to the target system host (8), and determine whether the control command returned after the target system host (8) receives the upgrade command is received; And, If the returned control command is received, the package file is converted into binary code and sent to the target system host (8), otherwise, the upgrade command is re-sent. 8. An online programming method for an intelligent control system according to claim 6 or 7, wherein the program package file can be recognized and executed by the programmable logic controller. 9 . The online programming method for an intelligent control system according to claim 7 , wherein the process of editing the functional requirements by the user is a visual operation. 10 . 10. A computer-readable storage medium, characterized in that: a computer program capable of being loaded by a processor and executing the method according to any one of claims 6 to 8 is stored thereon.

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