388b350f0d
- Adds NimBLE stack support to existing BLE variant of unified provisioning. - Uses scan response to send device name, 128 bit custom UUIDs based on service UUID. - Minimal changes to `app_prov.c`, component.mk, CMakeLists.txt and `protocomm_ble.h` to accomodate NimBLE stack for provisioning. |
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| .. | ||
| ble_prov | ||
| console_prov | ||
| custom_config | ||
| manager | ||
| softap_prov | ||
| README.md | ||
README.md
Provisioning Application Examples
These consist of the following examples :
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softap_prov Provisioning involves Wi-Fi station configuration via an HTTP server running on the device, which is initially configured to be in SoftAP mode. After provisioning, device runs in Wi-Fi station mode only and connects to the AP whose credentials were provided during provisioning.
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ble_prov Provisioning involves Wi-Fi station configuration via BLE service endpoints running on the device initially. After provisioning, BLE is turned off and device runs in Wi-Fi station mode, connecting to the AP whose credentials were provided during provisioning.
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console_prov Provisioning involves Wi-Fi station configuration via UART console. This is intended for debugging protocomm and provisioning related features.
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custom_config Similar to softap_prov examples, but allows for configuration of custom (device-local) information during provisioning. This is intended as an example for implementing custom provisioning schemes.
Provisioning applications are available for various platforms:
- For Android, a provisioning application along with source code is available on GitHub : esp-idf-provisioning-android
- For iOS, a provisioning application along with source code is available on GitHub : esp-idf-provisioning-ios
- For all other platforms a python based command line tool is provided under "$IDF_PATH/tools/esp_prov"
Refer to the README.md files in each example directory for more information.