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Hardware visualization programming framework

A hardware and architecture technology, applied in the field of hardware visual programming architecture, can solve problems such as limited functions, and achieve the effects of lowering the threshold, increasing compatibility and scalability, and increasing flexibility and scalability

Inactive Publication Date: 2016-04-20
鲍敏祺 +1
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  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

But its essence is still not separated from the code to achieve real logical thinking ability, and the functions it supports are also very limited. It allows developers to truly abandon the constraints of code and microprocessor platform from the prototyping stage to the subsequent mass production stage

Method used

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Embodiment Construction

[0034] Such as figure 1 As shown, a hardware visualization programming framework is characterized in that it comprises the following steps:

[0035] S1. Drag components on the hardware interface. On the hardware interface, drag the required hardware components in the left column to the hardware box on the corresponding software interface;

[0036] S2. Connect the actual hardware according to the prompts in the corresponding drag box;

[0037] S3. Click the run button, and the hardware on the software interface will be connected to the actual hardware through wifi or bluetooth;

[0038] S4. Click the run button to perform a self-test for the hardware in each drag box;

[0039] S5. After completing the hardware self-test, enter the next interface for flow chart programming;

[0040] S6. In flowchart programming, expandability is increased by importing external programming languages ​​and custom modules;

[0041] S7. After completing the flowchart programming, you can directl...

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Abstract

The invention discloses a hardware visualization programming framework. A method comprises the following steps that S1, hardware interface components are dragged, and the hardware components needed by a left column of a hardware interface are dragged to a hardware square frame of a corresponding software interface; S2, actual hardware is connected according to a prompt in a corresponding drag frame; S3, an operation button is clicked, and hardware of the software interface is connected with the actual hardware; S4, the operation button is clicked, and self testing is conducted on hardware in each drag frame; S5, a next interface is entered, and flow chart programming is conducted; S6, in the flow chart programming process, expansibility is improved by introducing an external programming language and a self-defined module; S7, after flow chart programming is completed, direct clicking for operation can be achieved, and meanwhile breakpoints and single-step debugging are supported; S8, after functions are completed, direct educing of an operation code according to different MCU platforms is supported. According to the hardware visualization programming framework, the system practicability is strong, the functions are diverse, the performance is excellent, the compatibility and expandability are good, and development is easy.

Description

technical field [0001] The invention relates to the technical field of computer software, in particular to a hardware visualization programming framework. Background technique [0002] At present, based on the nodered software of EDISON or RASPBERRY, the hardware graphical programming software is based on the event trigger method, and the software programming method is also very simple. However, due to its good encapsulation, the readability of the program code is a little bit lacking, and the encapsulation of software modules requires a high level of professional skills. [0003] Based on arduino's ardublock, the visualization software application platform is currently written in java on the computer. The software currently has very limited functions and is only for teaching purposes. [0004] Based on arduino's mind+, this visual software application platform pays more attention to the shape placement of the actual hardware, and does not place too much emphasis on softwar...

Claims

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Application Information

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IPC IPC(8): G06F9/44
CPCG06F8/34
Inventor 鲍敏祺符捷
Owner 鲍敏祺
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