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Securely accessing your Internet of Things (IoT) device в Intel® XDK Documentation

You can create a secure connection from your Internet of Things (IoT) board to the Intel® XDK using ssh. This secure connection encrypts the communication between your development system and the IoT board. Furthermore, you can prevent anyone who does not have ssh access to your IoT board from gaining access to the app daemon. For steps to update your app daemon software...

Последнее обновление: 10.07.2018 - 08:00
Документация

Entering command line arguments for your IoT application в Intel® XDK Documentation

You can enter command line arguments for use in your IoT application. This provides you with a simple way to input arguments for your code to use. For example, if you have a temperature monitoring application, you can type an argument like -f or -c and have your program change its output to Fahrenheit or Celsius accordingly.

Последнее обновление: 10.07.2018 - 08:08
Документация

Updating the libmraa and libupm libraries в Intel® XDK Documentation

The Intel® XDK makes use of the libmraa and libupm IoT libraries. The libmraa library, also called the MRAA I/O library, provides a platform-independent API for low-level access to I/O pins and buses on your IoT development board. the libupm library, also called the UPM sensor library, provides a high-level representation of common IoT I/O devices, via the MRAA I/O library for low-level...
Последнее обновление: 10.07.2018 - 08:00
Документация

Adding sensors and actuators в Intel® XDK Documentation

Learn how to add sensors and actuators to your IoT Project.

Последнее обновление: 10.07.2018 - 08:00
Документация

Connecting to your board using a serial or SSH connection в Intel® XDK Documentation

The Intel® XDK provides a quick and convenient way to create a serial or SSH session with your board without requiring a separate terminal emulator. This feature gives you command line access to a wide range of functionality useful to any serious developer, such as:

Последнее обновление: 10.07.2018 - 08:00
Документация

Working with your device in the Intel® XDK в Intel® XDK Documentation

Other common tasks when working with your development board in the Intel® XDK: securely accessing your IoT device, keeping code libraries up-to-date, uploading your project to your board, and more.

Последнее обновление: 10.07.2018 - 08:00
Блоги

Announcing 18 New How-To Intel® IoT Technology Code Samples in JavaScript*

We are pleased to announce the release of 18 new how-to IoT Code Samples in JavaScript. These applications are part of a series of how-to code sample exercises using the Intel® IoT Developer Kit, Intel® IoT Gateway, Intel® Edison board, cloud platforms, APIs, and other technologies, and are designed for anyone interested in learning IoT development.
Автор: Cheston C. (Intel) Последнее обновление: 23.06.2019 - 22:00
Документация

Uploading, downloading, and merging changes to your project in the Intel® XDK в Intel® XDK Documentation

You can determine whether your changes are uploaded or merged. You can also automatically run or debug your applications right after uploading them to your board and have any changes to your project automatically saved each time you upload your project to your board. For steps, see Selecting upload and save options.

Последнее обновление: 10.07.2018 - 08:08
Документация

Adding sensors to your project using the Sensor Library Explorer в Intel® XDK Documentation

You can quickly find and use code examples for a wide variety of sensors and actuators using the Sensor Library Explorer. The Intel® XDK lets you browse devices by category, manufacturer, and connection type, then copy and paste example code directly into your projects. This helps you get started quickly using code that has already been written for you. For quick steps to...

Последнее обновление: 10.07.2018 - 08:00
Документация

Example: Adding a light sensor to your project в Intel® XDK Documentation

This section contains an example of adding a simple sensor to your project. It contains steps to create a project that uses the Grove* - Light Sensor to output light readings at constant intervals. The JavaScript* code used in this example can be found in the Sensor Library Explorer.

Последнее обновление: 10.07.2018 - 08:00