Interfacing IoT with Embedded Using Node.js

  • Sample project: Interfacing IoT with embedded using Node.js, part 1

    Sample project: Interfacing IoT with embedded using Node.js, part 1

    In part 1 of this sample project, we show how to implement support for the TS-7680 hardware and provide a simple web page for controlling the board.

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  • Interfacing IoT with embedded using Node.js, part 2: GPIO

    Interfacing IoT with embedded using Node.js, part 2: GPIO

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  • Interfacing IoT with embedded using Node.js, part 3: Accelerometer

    Interfacing IoT with embedded using Node.js, part 3: Accelerometer

    Let’s look at the package for reading the accelerometer, service-mma8451. We'll be implementing support for service-mma8451 entirely in javascript.

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  • Interfacing IoT with embedded using Node.js, part 4: ADC

    Interfacing IoT with embedded using Node.js, part 4: ADC

    The service-md28adc package demonstrates how to run C code called from Node.js. This code implements the reading of the i.MX28 ADC registers in the CPU via memory mapping of these registers.

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  • Interfacing IoT with embedded using Node.js, part 5: Web interface

    Interfacing IoT with embedded using Node.js, part 5: Web interface

    We've implemented a web server in Node.js that provides APIs for controlling GPIOs, sampling accelerometers, and reading ADC values. Now we tie it together with a web page that uses these services.

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