Yocto 项目

Creating a Yocto image for the Intel® Galileo board using split layers

This is a guide for building images from source for the Intel® Galileo board, part of the Intel® IoT Developer Kit. First, you need to get the various layers we used to compile an image. You'll need to have a fairly large amount of disk space (~20GB) and be running a modern 64-bit version of the Linux* OS. We've tried it on Debian 7 and openSUSE 12 and expect others will work as well.

The images are based on the 'daisy' branch of poky:
$ git clone --branch daisy git://git.yoctoproject.org/poky iotdk
$ cd iotdk

Интернет вещей из Сибири

Приглашаем вас принять участие в конкурсном отборе идей IoT проектов. Авторы самых интересных идей будут приглашены на Intel IoT мастер-класс и получат плату Intel® Edison для реализации прототипа.

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  • C/C++
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  • Java*
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  • Intel® Edison Board Getting Started with Bluetooth*

    Intel® Edison has built-in Bluetooth*, this document demonstrates how to enable Bluetooth* and pair to a device.

    Run the following commands to enable Bluetooth*:

         rfkill unblock bluetooth

    bluetoothctl will start BlueZ command line utility, when inside the BlueZ command line utility you will see [bluetooth]# at the beginning of each line.

    Register an agent and set it to default:

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  • Building and running Mosquitto MQTT on Intel Edison


    One of the big feature of the Intel(R) Edison board is that it's not just an Arduino* compatible development board but it is also a Linux* single board computer that can provide full access to the underlying Linux capabilities to an Arduino sketch.

    In this series of blogs, I will explore the various ways that the Linux capability can be integrated into an Arduino sketch,  and how to leverage existing code, to make IoT development much simpler.

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