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--- en:edu:zmitac:s2:iotn:esp32ble1 [2024/03/31 17:14] – created ktokarz
+++ en:edu:zmitac:s2:iotn:esp32ble1 [2024/04/03 12:51] (current) – ktokarz
@@ Line 1: / Line 1: @@
-====== IoT_7: Setting-up BLE Beacon =====
+====== ESP32 BLE in Arduino. Part1: Setting-up BLE Beacon =====
 This scenario presents how to create the Bluetooth Low Energy beacon device, which broadcasts periodically a small amount of information. Beacons are usually used for sending useful information (eg. the web address of the owner, a link to the page with tourist information). In some cases, they simply send the identification number recognised by a dedicated mobile application allowing the users to localise themselves.
 <note>
@@ Line 11: / Line 11: @@
 ===== Hands-on Lab Scenario =====
 This scenario is intended to be implemented using actual equipment on-site. Although it is possible to make it remotely, with the use of two BLE laboratory nodes, to observe all the details you need to have your mobile phone or similar device with an application which allows you to scan and explore your Bluetooth Low Energy devices and communicate with them. One of the best applications is nRF Connect created by Nordic Semiconductors.
 ==== Task to be implemented ====
 Implement a program that operates as the BLE beacon which advertises itself with the link to the SUT website. This can be done with the Eddystone beacon format.
 ==== Start ====
-The example software for the beacon device available in the software package differs between versions of the environment, that's why we will write the program from scratch.
+The example software for the beacon device available in the software package differs between versions of the environment, that's why we will write the program from scratch. But even in such a situation, it is much easier to start by using some simple example. We can use the "arduino-blink" example to have the project structure ready with basic source and configuration files.
+\\
+The platformio.ini file can look like in the following example.
+<file ini platformio.ini>
+[env:esp32]
+platform = espressif32
+board = esp32-s3-devkitc-1
+board_build.mcu = esp32s3
+board_build.f_cpu = 240000000L
+framework = arduino
+platform_packages =
+    toolchain-riscv32-esp @ 8.4.0+2021r2-patch5
+lib_ldf_mode = deep+
+</file>
 ==== Steps ====
 We can go through the lab in a few steps. In the beginning, we will write a simple program which advertises the device with the default parameters set in the software package. After a successful first attempt, we will add our information to the advertising frame, and lastly, we will use the Eddystone format to send the chosen URL address.
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 ===== Project information =====
-{{:en:iot-open:logo_iot_200_px.png?200|}}\\
+{{:en:edu:zmitac:s2:iotn:logo_iot_200_px.png?200|}}\\
 This Intellectual Output was implemented under the Erasmus+ KA2.\\
 Project IOT-OPEN.EU Reloaded – Education-based strengthening of the European universities, companies and labour force in the global IoT market.\\
@@ Line 158: / Line 171: @@
 The content is Copyrighted and distributed under CC BY-NC [[https://en.wikipedia.org/wiki/Creative_Commons_license|Creative Commons Licence]], free for Non-Commercial use.
 <figure label>
-{{:en:iot-open:ccbync.png?100|}}
+{{:en:edu:zmitac:s2:iotn:ccbync.png?100|}}
 </figure>
 </WRAP>