CN105938337B - Secondary development cloud platform of microcomputer controller and use method - Google Patents
Secondary development cloud platform of microcomputer controller and use method Download PDFInfo
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- CN105938337B CN105938337B CN201610030266.XA CN201610030266A CN105938337B CN 105938337 B CN105938337 B CN 105938337B CN 201610030266 A CN201610030266 A CN 201610030266A CN 105938337 B CN105938337 B CN 105938337B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0428—Safety, monitoring
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24024—Safety, surveillance
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Abstract
The invention provides a secondary development cloud platform of a microcomputer controller and a using method thereof for meeting the requirements of upgrading maintenance and individual customization mentioned in the background technology, which apply computer software and the cloud platform to implement secondary development, code backup and downloading of the microcomputer controller, thereby facilitating manufacturers to carry out customization production, upgrading and maintaining the functions of the controller and helping to master the product technology of self conception, wherein the secondary development cloud platform of the microcomputer controller is characterized in that: including a development environment; the system comprises a cloud interface for a user to access, wherein authorization and authentication are required for access operation, and the development environment is used for carrying out secondary development on operation logic, function design and parameter setting of the microcomputer controller; a compiler; the system comprises a development environment, a configuration file and a database, wherein the development environment is used for compiling the development design of the operation logic, the function design and the parameter setting made by a user in the development environment and then generating the configuration file; a base technology library; including development kits required by the development environment for secondary development.
Description
Technical Field
The invention relates to a method for carrying out secondary development, code backup and downloading on a microcomputer controller (comprising a commercial refrigerator, a baking industry, an industrial instrument and automation equipment) by using computer software and a cloud platform.
Background
In the field of temperature and humidity control using commercial refrigerators and baking control systems, due to the diversification of application occasion requirements, the functions and parameter configurations of various devices are different, and different hardware and software devices also need to be developed according to various scenes and functions. As a central processing unit of an equipment control system, namely a microcomputer controller, a plurality of different schemes are required to be designed to meet the requirements of different application occasions, one scheme is that related designs are made before equipment leaves a factory, and corresponding parameters are set by using different components and burning chips; another scheme is to set a function keyboard or button on the device, and the user sets the function parameters through the keyboard or button.
The existing design scheme is obviously inflexible, has no specific standard, is not convenient for manufacturers to customize production and upgrade and maintain in the future, and can not be controlled by the manufacturers to think the product technology.
Disclosure of Invention
In order to meet the requirements of upgrading maintenance and individual customization mentioned in the background technology, the invention provides a secondary development cloud platform of a microcomputer controller and a using method thereof, which apply computer software and the cloud platform to implement secondary development, code backup and downloading of the microcomputer controller (including commercial refrigerators, baking industry, industrial instruments and automation equipment), thereby facilitating the manufacturers to carry out customized production, upgrading and maintaining the functions of the controller and helping to master the product technology of self conception, and the specific technical scheme is as follows:
the invention relates to a secondary development cloud platform of a microcomputer controller, which comprises
A development environment; the system comprises a cloud interface for a user to access, wherein authorization and authentication are required for access operation, and the development environment is used for carrying out secondary development on operation logic, function design and parameter setting of the microcomputer controller;
a compiler; the system comprises a development environment, a configuration file and a database, wherein the development environment is used for compiling the development design of the operation logic, the function design and the parameter setting made by a user in the development environment and then generating the configuration file; the compiler has alarm output to the compiling error, the alarm output includes the original text or error code of the error statement compiled, the alarm output sends to the artificial backstage supporter;
a base technology library; the system comprises a development kit required by secondary development of a development environment;
the cloud storage database is used for storing the configuration file generated by the user development for later use;
transmitting a configuration file containing configuration information of the microcomputer controller to the microcomputer controller through intermediate equipment or a storage medium or a wireless communication mode, wherein the intermediate equipment or the storage medium comprises a simulator, a mobile memory or a hardware data line; the microcomputer controller automatically searches the configuration file with a special file name or file suffix identification, if the configuration file is found, the configuration file is automatically obtained through a data interface, otherwise, the downloading is finished; and after the updating is finished, the configuration file is automatically analyzed and operated according to new logic or control parameters.
In one or more embodiments of the present invention, the mobile storage may be a USB disk, an SD/TF card, or a mobile hard disk, the hardware data line includes a USB connection line, an RS-232 or RS-485 connection line, a CAN bus, and the wireless communication mode includes a mobile phone APP communication, a bluetooth communication, or a Wi-Fi communication; correspondingly, the microcomputer controller is provided with a data interface for data exchange with the intermediate device or the storage medium, or a wireless communication interface.
The invention discloses a using method of a microcomputer controller secondary development cloud platform, which comprises the following steps:
s01: the user registers to obtain an account number authorized to be allowed, the user opens the client software and logs in the cloud service platform through the account number, the cloud service platform returns login permission to the client software after the identity authentication is passed, and communication connection between the client software and the cloud service platform is established;
s02: a user selects a basic equipment model in a development environment, the basic equipment model corresponds to the functions of a sensor and other basic devices of a microcomputer controller, a basic technology library provided by the development environment is utilized to carry out secondary development on the operation logic, the function design and the parameter setting of the microcomputer controller, the secondary development of the operation logic at least comprises the operation control of the sensor, the control of the fan speed and the setting of time, the secondary development of the function design at least comprises the setting of frequency conversion, fault alarm, a display mode and a storage mode, and the parameter setting at least comprises the upper limit, the lower limit, the precision, the storage content and the working parameters required by the operation of the controller; the secondary development is carried out in a mode of programming language, operation logic description input and parameter description input \ option;
s03: after the development is finished, the cloud service platform compiles the development customization data of the user, and then generates a configuration file which can be recognized by the microcomputer controller;
s04: the configuration file is downloaded by a user and is transmitted to the microcomputer controller through intermediate equipment or a storage medium or a wireless communication mode so as to realize the updating of functions; the intermediate device or storage medium comprises an emulator, a removable memory, or a hardware data line; the microcomputer controller automatically searches the configuration file with a special file name or file suffix identification, if the configuration file is found, the configuration file is automatically obtained through a data interface, otherwise, the downloading is finished; and after the updating is finished, the configuration file is automatically analyzed and operated according to new logic or control parameters.
In one or more embodiments of the present invention, when an error occurs in the compiling in step S03, an alarm output is generated, the alarm output includes the compiled original text of the error sentence or the error code, and the alarm output is sent to a manual background to correct the error in the programming language and the operation logic description entry through manual intervention.
In one or more embodiments of the present invention, the operation logic, function design and parameter settings, the completed programming source code, and the generated configuration file made by the user in steps S02 and/or S03 are saved in the cloud storage database for the user to review or download.
In one or more embodiments of the invention, the configuration file generated in step S03 is developed and compiled based on the microcomputer controller, its basic sensing device and its basic technology library.
In one or more embodiments of the present invention, the configuration file includes system parameters, operation logic and functional design file information of the microcomputer controller.
Compared with the prior art, the invention has the advantages that: the user applying the scheme of the invention can realize different functions in many industries only by mastering one hardware technology and software technology library, so that the user can independently perform secondary research and development, customize self-identified logic and functions, have safety guarantee of code backup in the aspect of code maintenance, facilitate product function management and effectively reduce hardware cost and development difficulty. In addition, parameter change of product functions and setting of newly added function programs can be realized through a special development tool, and function upgrading of the product in the using process is facilitated.
Drawings
Fig. 1 is a schematic diagram of a framework of a microcomputer controller secondary development cloud platform according to the present invention.
Detailed Description
As described further below, the microcomputer controller of the present invention is a general term for a controller with a single function (temperature control or humidity control) and a controller with a comprehensive function (temperature and humidity control):
referring to fig. 1, a microcomputer controller secondary development cloud platform comprises
A development environment; the system comprises a cloud interface for a user to access, wherein authorization and authentication are required for access operation, and the development environment is used for carrying out secondary development on operation logic, function design and parameter setting of the microcomputer controller;
a compiler; the system comprises a development environment, a configuration file and a database, wherein the development environment is used for compiling the development design of the operation logic, the function design and the parameter setting made by a user in the development environment and then generating the configuration file;
a base technology library; including development kits required by the development environment for secondary development.
The development environment can comprise a cloud development environment, and a user accesses the cloud development environment through a website; the system also can comprise client software and a cloud development environment, and a user accesses the cloud development environment through the client software.
The compiler has an alarm output for the compiling error, the alarm output contains the compiled error statement original text or error code, and the alarm output is sent to the artificial background.
The cloud storage database is used for storing the configuration file generated by the user development for later use, and programming source codes, parameter modification operation records and the like of the user are also stored in the cloud storage database besides the configuration file.
Definition of secondary development: based on the basic functions of the microcomputer controller, the computer software (integrated development environment) is developed again by using a specified language and a related development library (development kit) provided by the computer software, so that more complex and personalized functions are achieved.
A use method of a microcomputer controller secondary development cloud platform comprises the following steps:
s01: the user registers to obtain an account number authorized to be allowed, the user opens the client software and logs in the cloud service platform through the account number, the cloud service platform returns login permission to the client software after the identity authentication is passed, and communication connection between the client software and the cloud service platform is established;
s02: a user selects a basic equipment model in a development environment, the basic equipment model corresponds to the functions of a sensor and other basic devices of a microcomputer controller, a basic technology library provided by the development environment is utilized to carry out secondary development on the operation logic, the function design and the parameter setting of the microcomputer controller, the secondary development of the operation logic at least comprises the operation control of the sensor, the control of the fan speed and the setting of time, the secondary development of the function design at least comprises the setting of frequency conversion, fault alarm, a display mode and a storage mode, the parameter setting at least comprises the upper limit, the lower limit, the precision, the storage content and the working parameters required by the operation of the controller, and defrosting parameters and fan operating parameters which are also involved in the control of a commercial refrigerator; the secondary development is carried out in a mode of programming language, operation logic description input and parameter description input \ option;
s03: after the development is finished, the cloud service platform compiles the development customization data of the user, and then generates a configuration file which can be recognized by the microcomputer controller;
s04: the configuration file is downloaded by a user and is transmitted to the microcomputer controller through intermediate equipment or a storage medium or a wireless communication mode so as to realize the updating of functions; the intermediate device or storage medium includes an emulator, removable memory, or hardware data lines.
When an error occurs in the compiling in the step S03, an alarm output is generated, the alarm output contains the compiled original text of the error sentence or the error code, the alarm output is sent to a manual background, and the error in the programming language and the operation logic description entry is corrected through manual intervention.
The operation logic, function design and parameter setting, the completed programming source code and the generated configuration file made by the user in the steps S02 and/or S03 are saved in the cloud storage database for the user to consult or download.
The configuration file generated in step S03 is developed and compiled based on the microcomputer controller, its basic sensor device, and its basic technology library.
The configuration file contains the information of the system parameters, the operation logic and the functional design file of the microcomputer controller.
A method for updating the configuration of microcomputer controller,
1) transmitting a configuration file containing configuration information of the microcomputer controller to the microcomputer controller through intermediate equipment or a storage medium or a wireless communication mode, wherein the intermediate equipment or the storage medium comprises a simulator, a mobile memory or a hardware data line;
2) the microcomputer controller automatically searches the configuration file with a special file name or file suffix identification, if the configuration file is found, the configuration file is automatically obtained through a data interface, otherwise, the downloading is finished;
3) and after the updating is finished, the configuration file is automatically analyzed and operated according to new logic or control parameters.
The mobile memory CAN be a U disk, an SD/TF card, a mobile hard disk and storage equipment which CAN be identified as a magnetic disk by a microcomputer controller, the hardware data line comprises a USB connecting line, an RS-232 or RS-485 connecting line and a CAN bus, and the wireless communication mode comprises mobile phone APP communication, Bluetooth communication and Wi-Fi communication; correspondingly, the microcomputer controller is provided with a data interface for data exchange with the intermediate device or the storage medium, or a wireless communication interface.
The invention integrates the component parameters commonly used in all industries (including commercial refrigerators, baking industry, industrial instruments and automation equipment), uses a specific development language to carry out secondary development on the operation logic, functional design and parameter configuration of a universal controller according to the basic technology library which is provided by user software and is matched with the universal controller, or uses simple interface operation to generate compiled configuration files, implements development and upgrade of product functions or only changes the existing parameters, and then leads the computer software (integrated development environment) to compile one or more configuration files.
The configuration files are copied to a mobile memory or a hardware data line or a wireless communication mode, such as a U disk, an SD/TF card, a mobile hard disk and the like, and the configuration files in the mobile memory are loaded through a data interface on a microcomputer controller.
After successful loading, the application platform running in the microcomputer controller will load these new compiled configuration files and run the latest functions and parameters.
The codes written in the development environment of the user can be backed up to a special technical platform of the server and downloaded by an authorized user; the computer software can carry out remote cloud storage on the development process of the computer software, and provides backup service and website platform viewing service of secondary development codes and simple function configuration for business partners.
The above preferred embodiments should be considered as examples of the embodiments of the present application, and technical deductions, substitutions, improvements and the like similar to, similar to or based on the embodiments of the present application should be considered as the protection scope of the present patent.
Claims (3)
1. A microcomputer controller secondary development cloud platform which is characterized in that: comprises that
A development environment; the system comprises a cloud interface for a user to access, and authorization and authentication are required for access operation; the development environment comprises a cloud development environment, and a user accesses the cloud development environment through a website or client software; a user selects a model of basic equipment in a development environment, and utilizes a basic technology library provided by the development environment to carry out secondary development on operation logic, function design and parameter setting of a microcomputer controller, wherein the secondary development of the operation logic at least comprises operation control on a sensor, control on fan speed and time setting, the secondary development of the function design at least comprises frequency conversion, fault alarm, display mode and storage mode setting, and the parameter setting at least comprises upper and lower limits of temperature and humidity, precision, storage content and working parameters required by the operation of a controller; the secondary development is carried out in a mode of programming language, operation logic description input and parameter description input \ option;
a compiler; the system comprises a development environment, a configuration file and a database, wherein the development environment is used for compiling the development design of the operation logic, the function design and the parameter setting made by a user in the development environment and then generating the configuration file; the compiler has alarm output to the compiling error, the alarm output includes the original text or error code of the error statement compiled, the alarm output sends to the artificial backstage supporter;
a base technology library; the system comprises a development kit required by secondary development of a development environment;
the cloud storage database is used for storing the configuration file generated by the user development for later use;
transmitting a configuration file containing configuration information of the microcomputer controller to the microcomputer controller through intermediate equipment or a storage medium or a wireless communication mode, wherein the intermediate equipment or the storage medium comprises a simulator, a mobile memory or a hardware data line; the microcomputer controller automatically searches the configuration file with a special file name or file suffix identification, if the configuration file is found, the configuration file is automatically obtained through a data interface, otherwise, the downloading is finished; and after the updating is finished, the configuration file is automatically analyzed and operated according to new logic or control parameters.
2. The microcomputer controller secondary development cloud platform of claim 1, wherein: the mobile memory comprises a U disk, an SD/TF card and a mobile hard disk, the hardware data line comprises a USB connecting line, an RS-232 or RS-485 connecting line and a CAN bus, and the wireless communication mode comprises mobile phone APP communication, Bluetooth communication and Wi-Fi communication; correspondingly, the microcomputer controller is provided with a data interface for data exchange with the intermediate device or the storage medium, or a wireless communication interface.
3. A use method of a microcomputer controller secondary development cloud platform is characterized by comprising the following steps:
s01: the user registers to obtain an account number authorized to be allowed, the user opens the client software and logs in the cloud service platform through the account number, the cloud service platform returns login permission to the client software after the identity authentication is passed, and communication connection between the client software and the cloud service platform is established;
s02: a user selects a model of basic equipment in a development environment, and utilizes a basic technology library provided by the development environment to carry out secondary development on operation logic, function design and parameter setting of a microcomputer controller, wherein the secondary development of the operation logic at least comprises operation control on a sensor, control on fan speed and time setting, the secondary development of the function design at least comprises frequency conversion, fault alarm, display mode and storage mode setting, and the parameter setting at least comprises upper and lower limits of temperature and humidity, precision, storage content and working parameters required by the operation of a controller; the secondary development is carried out in a mode of programming language, operation logic description input and parameter description input \ option; the development environment comprises a cloud development environment, and a user accesses the cloud development environment through a website or client software;
s03: after the development is finished, the cloud service platform compiles the development customization data of the user, and then generates a configuration file which can be recognized by the microcomputer controller;
s04: the configuration file is downloaded by a user and is transmitted to the microcomputer controller through intermediate equipment or a storage medium or a wireless communication mode so as to realize the updating of functions; the intermediate device or storage medium comprises an emulator, a removable memory, or a hardware data line; the microcomputer controller automatically searches the configuration file with a special file name or file suffix identification, if the configuration file is found, the configuration file is automatically obtained through a data interface, otherwise, the downloading is finished; after the updating is finished, automatically analyzing the configuration file, and operating according to new logic or control parameters;
when an error occurs in the compiling in the step S03, an alarm output is generated, the alarm output comprises a compiled error statement original text or an error code, the alarm output is sent to a manual background, and the error in the programming language and the operation logic description entry is corrected through manual intervention;
the operation logic, the function design and the parameter setting made by the user, the completed programming source code and the generated configuration file are stored in the cloud storage database in the steps S02 and/or S03 for the user to look up or download;
the configuration file generated in step S03 is developed and compiled based on the microcomputer controller, its basic sensor device, and basic technology library; the configuration file contains the information of the system parameters, the operation logic and the functional design file of the microcomputer controller.
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| CN108459846B (en) * | 2018-03-14 | 2022-03-04 | 广东洪睿信息科技有限公司 | Software cloud customization method and platform |
| CN113961235A (en) * | 2021-10-22 | 2022-01-21 | 江苏徐工工程机械研究院有限公司 | Software management method, software management system and cloud platform |
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| CN102023867B (en) * | 2010-12-17 | 2015-10-21 | 中兴通讯股份有限公司 | A kind of terminal secondary development device and secondary developing platform construction method |
| CN104391689B (en) * | 2014-11-04 | 2018-10-16 | 中国石油天然气股份有限公司 | Development method of Internet of things application, middleware and PaaS platform |
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| EP1308806A1 (en) * | 2001-10-09 | 2003-05-07 | Toyoda Koki Kabushiki Kaisha | Monitoring device for production equipment controlled by programmable logic controller |
| CN102855135A (en) * | 2012-04-23 | 2013-01-02 | 苏州大学 | Graphical component-based sensing network development platform and method |
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