Theta BLE UUID Setter
* Assumes specifications for developers. I cannot answer any questions.
* Functions that can be executed by this application
・ Set UUID for any BLE communication
・ Random generation of UUID
* How to use (UUID setting)
Step1: Connect Theta and smartphone with DirectMode. Follow the official Theta connection procedure.
Step2: Start this application.
Step3: Enter the UUID that you want to register in the text editor. (After entering, be sure to confirm the content with Enter.)
Step4: Click UUID_SET button. If Theta is connected normally, Done will be displayed.
Step5: The received DEVICENAME is displayed.
* The last UUID and DEVICENAME sent when the application starts are read.
* Background of this application release
To DIY a BLE communication device on Theta V / Z1, you need to create a Wifi interface, register a UUID, and obtain a DEVICENAME to search for a BLE connection. However, for BLE devices using ESP32 etc., WiFi connection consumes a lot of power and makes circuit requirements strict. It was also a hassle to think about both WiFi and BLE codes. (It consumes a lot of memory at the same time)
If this application is used, it is very analog and not at all smart, but if you can enter DEVICENAME on the BLE device side, you do not need to think about the code on the WiFi side.
* Functions that can be executed by this application
・ Set UUID for any BLE communication
・ Random generation of UUID
* How to use (UUID setting)
Step1: Connect Theta and smartphone with DirectMode. Follow the official Theta connection procedure.
Step2: Start this application.
Step3: Enter the UUID that you want to register in the text editor. (After entering, be sure to confirm the content with Enter.)
Step4: Click UUID_SET button. If Theta is connected normally, Done will be displayed.
Step5: The received DEVICENAME is displayed.
* The last UUID and DEVICENAME sent when the application starts are read.
* Background of this application release
To DIY a BLE communication device on Theta V / Z1, you need to create a Wifi interface, register a UUID, and obtain a DEVICENAME to search for a BLE connection. However, for BLE devices using ESP32 etc., WiFi connection consumes a lot of power and makes circuit requirements strict. It was also a hassle to think about both WiFi and BLE codes. (It consumes a lot of memory at the same time)
If this application is used, it is very analog and not at all smart, but if you can enter DEVICENAME on the BLE device side, you do not need to think about the code on the WiFi side.
Category : Tools
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