【NXP Rapid IoT Review】 NO4. Development Kit Engineering Construction and Actual Development

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【NXP Rapid IoT Review】 NO4. Development Kit Engineering Construction and Actual Development [Copy link]

NO4. Development Kit Project Construction and Actual Development Here is an official development guide, which is very useful. Just use icon operation + connection to automatically generate the underlying code. It is really as convenient as it can be. You can also change the display interface of the app segment and the display interface of the cloud. A studio almost covers all the functions required for development, which is really shocking. If you want to view the generated code, use NXP's MCUXpresso IDE to install the corresponding SDK, you can view and develop related codes. I really admire it. I have used st's SDK and nxp's primary SDK before. Although it can generate code, it is generally initialization code. This studio is not simple. It allows developers to edit at the top level, directly generate bin files, and automatically guide the loading of new bin files. The whole process is really amazing.

SLN-RPK-NODE-UG.pdf (8.53 MB, downloads: 0) 1. Project construction of the development kit: Enter the NXP rapid lot studio on the Internet, follow the description of the application guide, and open an example as shown below:

First, let me introduce the basic controls, as shown in the figure:

The description of compiling and downloading programs, as well as how to download the bin program to the board, is very clear in the application guide, so I won’t say more. Program development is very similar to graphical interfaces such as VB and labview, which is very convenient.

2. Actual development: I tried the examples of red light flashing and weather station myself, and the overall feeling was very good. Using this studio, the interface designed can import pictures by itself, and can also call maps. Subsequent functions are being explored. Below are two test results at different times (maybe because my kit was placed on the ground, so the light data is 0lx):

The picture below is my getlocation, which uses the longitude and latitude to locate my own location and zoom in on the map. It can actually locate my neighborhood:

The following is a very ugly mobile phone interface that I tried to design. I will learn slowly later...

Summary: This experience is great. Through this study, I basically understand the development process of this kit. The detailed application guide saves me a lot of learning time. The more than 10 very complete routines are of great reference significance to developers. The rapid lot development kit is really fast and convenient. I believe that this programming technology will greatly free up the amount of code for low-level hardware engineers, allowing a person who does not understand basic register operations to easily complete the design and implementation on a specified platform. The progress of science and technology has really exceeded my imagination. I am very grateful to be able to experience this novel development method with everyone. Later, I will share the hardware design of this development kit (the use of various interfaces such as I2C, UART, etc.), and in the next two weeks, I will use this as a basis to develop and design several of my own small ideas, power monitoring systems, and smart home security systems. This content is originally created by EEWORLD forum user Media Student. If you need to reprint or use it for commercial purposes, you must obtain the author's consent and indicate the source