https://developerportal.xdk.io/contributors/legic/Recent content in LEGIC onHugo -- gohugo.ioSat, 01 Jan 2022 10:10:00 +0200https://developerportal.xdk.io/docs/mita/connectivity-mita/bluetooth-low-energy-ble/Sat, 01 Jan 2022 10:10:00 +0200https://developerportal.xdk.io/docs/mita/connectivity-mita/bluetooth-low-energy-ble/Bluetooth Low Energy (BLE) # Note: The code snippets in this article are intended for Mita version 1a1ed7881e2220895ec60ce4f657972538c43195 and XDK-Workbench versions 3.4.0 and higher. The BLE API provides several interfaces to manage the BLE functionality on the XDK. XDK applications can implement this API to communicate over the BT EM9301 chip with surrounding BLE devices. XDK-Live offers an abstraction that solely focuses on allowing devices to connect with the XDK and to send messages via custom characteristics.https://developerportal.xdk.io/config-generator/Sat, 01 Jan 2022 10:10:00 +0200https://developerportal.xdk.io/config-generator/Loading…https://developerportal.xdk.io/docs/introduction/Sat, 01 Jan 2022 10:10:00 +0200https://developerportal.xdk.io/docs/introduction/Introduction # Start building your very first XDK App now! # Hardware # No need for component selection, hardware selection or the deployment of an operating system. Make use of all of the eight built-in sensors to measure various parameters for condition monitoring or predictive maintenance. Monitor, control and analyze your data remotely using Bluetooth Low Energy or Wireless Network all running on a 32-bit ARM Cortex M3 microcontroller on your XDK.https://developerportal.xdk.io/docs/c/sensors/accelorometer/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/c/sensors/accelorometer/Accelerometer # This chapter introduces the configuration and use of the accelerometer BMA280, as well as the accelerometer component of the BMI160 on the XDK via the accelerometer interface. It shows how to initialize and read the measured sensor data, and it also explains sensor specific presettings. For more specific information about the BMA280 and the BMI160, please take a look at the corresponding datasheet. Accelerometer API Overview Initializing the acceleration sensor Configuring the Presettings Reading sensor data Full Code Example Appendix XDK Console Output example Accelerometer API Overview # It is generally recommended to develop an application based on the highest API level the XDK framework supports, although it is possible to access deeper API levels if this is not enough for the distinct purpose.https://developerportal.xdk.io/docs/mita/sensors-mita/accelorometer/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/mita/sensors-mita/accelorometer/Accelerometer # Note: The code snippets in this article are intended for Mita version 1a1ed7881e2220895ec60ce4f657972538c43195 and XDK-Workbench versions 3.4.0 and higher. This article introduces the configuration and use of the accelerometer sensor in Mita. The article’s focus is on the software and API provided by the platform. For more specific information about the hardware itself, specifically the accelerometer sensor BMA280 used by the XDK, please read the corresponding BMA280 datasheet.https://developerportal.xdk.io/docs/c/application-templates/awssenddataovermqtt/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/c/application-templates/awssenddataovermqtt/AwsSendDataOverMQTT # Before you start The XDK AwsSendDataOverMQTT application shows how to use the MQTT protocol to transfer the sensor data to an AWS server using Amazon FreeRTOS. In advance install the XDK Workbench, at least version 3.6.0 Structure of the Quick Start Guide First steps Steps to generate the certificate Steps to create an AWS IoT policy Steps to attach an AWS IoT Policy to a Device Certificate Steps to flash the application and see the data sent over MQTT A.https://developerportal.xdk.io/docs/c/connectivity/bluetooth-low-energy-ble/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/c/connectivity/bluetooth-low-energy-ble/Bluetooth Low Energy (BLE) # Note: The code snippets in this article are intended for XDK-Workbench versions 3.0.0 and later. If you use a 2.x version, please refer to this article. The XDK provides several BLE APIs to manage the BLE functionality on the device. The interfaces can be used by applications in order to communicate via the ALPWISE BLE stack with surrounding BLE devices. With the BLE API, the XDK can communicate with other BLE devices easily via a bidirectional communication service and BLE clients can access the XDK’s sensor data.https://developerportal.xdk.io/docs/c/protocols/coap/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/c/protocols/coap/CoAP # This section provides information and details on implementing a CoAP client or server on the XDK. [General Information][1] [General Description][2] [Request for Comments Document (RFC 7252)][3] [Message Format][4] [Rest Paradigm][5] [User Datagram Protocol (UDP)][6] [CoAP API Overview][7] [Client Implementation][8] [Preparation and Includes][9] [API Reference][10] [Implementation Outline][11] [Implementation Details][12] [Server Implementation][13] [Preparation and Includes][14] [API Reference][15] [Implementation Outline][16] [Implementation Details][17] [Message Options][18] [API Reference][19] [Serializing Options][20] [Parsing Options][21] [Copper][22] [_Copper Installation_][23] [Full Code Examples][24] [Client][25] [Servers][26] General Information # General Description # The Constrained Application Protocol (CoAP) is an internet application protocol that has been designed to be very inexpensive, and as such, able to work on micro-controllers with very little RAM and code space.https://developerportal.xdk.io/docs/c/first-steps/creating-a-project/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/c/first-steps/creating-a-project/Creating a project # via Project Wizard via Welcome Screen The XDK requires a specific setup for starting an application, due to the fact that the application is running as a task and is therefore part of the FreeRTOS kernel. There are two convenient ways to setup a project that already implements the correct setup. via Project Wizard # A new project can be created by selecting File > New > Project in the menu bar of the XDK-Workbench.https://developerportal.xdk.io/docs/c/first-steps/Sat, 01 Jan 2022 10:00:00 +0200https://developerportal.xdk.io/docs/c/first-steps/