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Trace: • Programming in Assembler Laboratory • Programming in Assembler Laboratory • Laboratory on GPIO use in Zephyr OS • Fan and Servo controlling • STM32 Control of built-in LEDs with PWM • IoT Networks: Laboratory 3 - CoAP • Zephyr BLE peripheral • Bluetooth Low Energy for STM32 - peripheral write • ESP32 BLE in Arduino. Part2: Setting-up BLE Server • Laboratory on the Internet of Things - Advanced IoT Hardware - on-site edition
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en:edu:zmitac:s2:aih:lab:nrf52zephyrblebeacon

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en:edu:zmitac:s2:aih:lab:nrf52zephyrblebeacon [2023/12/09 18:34] – [Zephyr Beacon example] ktokarzen:edu:zmitac:s2:aih:lab:nrf52zephyrblebeacon [2023/12/09 18:42] (current) – ktokarz
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 This example advertises the device as the "Test beacon" with details provided in Eddystone (([[https://en.wikipedia.org/wiki/Eddystone_(Google)]])) format.  This example advertises the device as the "Test beacon" with details provided in Eddystone (([[https://en.wikipedia.org/wiki/Eddystone_(Google)]])) format. 
  
-After importing it to the Visual Studio Code we should make some configuration: remove the unwanted build target from platformio.ini, and if we want to receive messages via serial port enable it within prj.conf. +After importing it to the Visual Studio Code we should make some configuration: remove the unwanted build target from platformio.ini, and if we want to receive messages via serial port enable it within prj.conf. Notice that to use BLE it is enabled by default in the example's prj.conf file. 
 +<code> 
 +CONFIG_BT=y 
 +CONFIG_BT_DEBUG_LOG=y 
 +CONFIG_BT_DEVICE_NAME="Test beacon" 
 +</code>
 This example starts the Bluetooth interface with the function bt_enable() that passes the pointer to the bt_ready() which is the callback function to notify that initialization has finished.  This example starts the Bluetooth interface with the function bt_enable() that passes the pointer to the bt_ready() which is the callback function to notify that initialization has finished. 
 <code> <code>
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 You can observe the details in the nRF Connect application on your mobile phone. You can observe the details in the nRF Connect application on your mobile phone.
  
-The beacon example is very simple because the beacon device is intended to advertise only so, there is no further functionality implemented. This example shows the so-called Eddystone format (([[https://en.wikipedia.org/wiki/Eddystone_(Google)]])) of Bluetooth Beacons that send simple information to nearby devices. To reduce the number of bytes sent in the advertisement frame the Eddystone format defines the list of prefixes and suffixes that can be used in the URL encoded as values of non-printable characters((https://github.com/google/eddystone/tree/master/eddystone-url)).+The beacon example is very simple because the beacon device is intended to advertise only, so there is no further functionality implemented. This example shows the so-called Eddystone format (([[https://en.wikipedia.org/wiki/Eddystone_(Google)]])) of Bluetooth Beacons that send simple information to nearby devices. To reduce the number of bytes sent in the advertisement frame the Eddystone format defines the list of prefixes and suffixes that can be used in the URL encoded as values of non-printable characters((https://github.com/google/eddystone/tree/master/eddystone-url)).
 For example, web prefixes can be encoded as in the table {{ref>eddyprefix}}. For example, web prefixes can be encoded as in the table {{ref>eddyprefix}}.
 <table eddyprefix> <table eddyprefix>
en/edu/zmitac/s2/aih/lab/nrf52zephyrblebeacon.1702143271.txt.gz · Last modified: by ktokarz