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Trace: • Programming in Assembler Laboratory • Fan and Servo controlling • STM32 Control of built-in LEDs with PWM • IoT Networks: Laboratory 3 - CoAP • ESP32 BLE in Arduino. Part2: Setting-up BLE Server • Bluetooth Low Energy for STM32 - peripheral write • Zephyr BLE peripheral • Laboratory on GPIO use in Zephyr OS • nRF52840 Zephyr BLE client • Laboratory on the Internet of Things - Advanced IoT Hardware - on-site edition
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en:edu:zmitac:s2:aih:lab:nrf52zephyrblecentral

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en:edu:zmitac:s2:aih:lab:nrf52zephyrblecentral [2023/12/19 22:39] – [Ready!] ktokarzen:edu:zmitac:s2:aih:lab:nrf52zephyrblecentral [2023/12/19 23:19] (current) – [Tasks to do during the laboratory] ktokarz
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   - Import central device program "central_ht" (main.c and prj.conf files must be imported)   - Import central device program "central_ht" (main.c and prj.conf files must be imported)
   - Compile and execute it observing its behaviour with and without peripheral running   - Compile and execute it observing its behaviour with and without peripheral running
 +  - Modify the peripheral code and central code to enable LED control on the central board with a button press on the peripheral board
  
 <note> <note>
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 #define BT_ATT_LAST_ATTRIBUTE_HANDLE 0xFFFF #define BT_ATT_LAST_ATTRIBUTE_HANDLE 0xFFFF
 </code> </code>
 +<note>
 +To send simple binary data you can use a binary sensor service (UUID = 0x183B) with a binary sensor response characteristic (UUID = 0x2B2C).
 +</note>
en/edu/zmitac/s2/aih/lab/nrf52zephyrblecentral.1703021947.txt.gz · Last modified: by ktokarz