![]() ![]() This script will upload the python runtime code base and credentials to openWRT running on the more powerful micro-controller on you Arduino Yún board. ![]() By default for Arduino Yún Board, your user name will be root and your password will be arduino. Do chmod 755 AWSIoTArduinoYunInstallAll.sh and execute it as. Open a terminal, cd to AWS-IoT-Arduino-Yun-SDK.For more information about IAM, please visit AWS IAM home page. You should have a correctly configured AWS Identity and Access Management (IAM) role with a proper policy, and a pair of AWS Access Key and AWS Secret Access Key ID, which will be used in step 6. If you are using MQTT over Websocket, you can put only your AWS IoT CA file into the directory. Put your AWS IoT CA file, private key and certificate into AWS-IoT-Arduino-Yun-SDK/AWS-IoT-Python-Runtime/certs.Download the AWS IoT CA file from here.Make sure your computer is connected to the same network (local IP address range).Setup the Arduino Yún board and connect it to WiFi.Installation on Mac OS/Linuxīefore proceeding to the following steps, please make sure that you have expect installed on your computer and correctly installed the Arduino IDE.įor Ubuntu, simply run sudo apt-get install expect.įor Arduino IDE installation on Linux, please visit here. Please follow the instructions from official website: Arduino Yún Guide. Installation Download AWS-IoT-Arduino-Yún-SDKĬlick here to download AWS-IoT-Arduino-Yún-SDK zip package and extract it to AWS-IoT-Arduino-Yun-SDK on your computer. A tooling script AWSIoTArduinoYunWebsocketCredentialConfig.sh is provided for Mac OS/Linux users to update the IAM credentials as environment variables on AR9331, Yún board. You must also download and upload the AWS IoT root CA. You will need IAM credentials: an access key ID, a secret access key. IAM credentialsįor the Websocket with Signature Version 4 authentication type. You must upload these credentials along with the Python runtime code base to AR9331 on Yún board and specify the location of these files in a configuration file aws_iot_config.h. Use the AWS IoT console to create and download the certificate and private key. The SDK supports two types of credentials that correspond to the two connection types: X.509 certificateįor the certificate-based mutual authentication connection type. More information on Thing Shadow is available here. Using this SDK, users will be able to sync the data/status of their devices as JSON files to the cloud and respond to change of status requested by other applications. The AWS-IoT-Arduino-Yún-SDK also provides APIs to provide access to thing shadows in AWS IoT. More information on MQTT protocol is available here. This allows to interact with the standard MQTT PubSub functionality of AWS IoT. The AWS-IoT-Arduino-Yún-SDK provides APIs to let users publish messages to AWS IoT and subscribe to MQTT topics to receive messages transmitted by other devices or coming from the broker. The AWS-IoT-Arduino-Yún-SDK consists of two parts, which take use of the resources of the two chips on Arduino Yún, one for native Arduino IDE API access and the other for functionality and connections to the AWS IoT built on top of AWS IoT Device SDK for Python. This document provides step by step instructions to install the Arduino Yún SDK and connect your device to the AWS IoT. By connecting the device to the AWS IoT, users can securely work with the message broker, rules and the Thing Shadow provided by AWS IoT and with other AWS services like AWS Lambda, Amazon Kinesis, Amazon S3, etc. The AWS-IoT-Arduino-Yún-SDK allows developers to connect their Arduino Yún compatible Board to AWS IoT. AWS IoT Arduino Yún SDK What is AWS IoT Arduino Yún SDK ![]()
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