The previous implementation incorrectly used the service's end handle
when searching for descriptors, which caused it to retrieve descriptors
from subsequent characteristics as well.
This fix calculates the correct end handle by finding the next
characteristic's handle and using (next_handle - 1) as the search limit.
This ensures only descriptors belonging to the current characteristic
are retrieved.
Fixes incorrect descriptor retrieval when multiple characteristics
exist in the same service.
Adds a new overloaded callback to NimBLECharacteristicCallbacks for the notification/indication onStatus method that provides a NimBLEConnInfo reference.
This refactors the handling of sending notifications and indications for greater efficiency.
* Adds client subscription state tracking to NimBLECharacteristic rather than relying on the stack.
* Notifications/indications are now sent directly, no longer calling the callback to read the values.
This avoids delays and flash writes in the stack, allowing for greater throughput.
Extended advertisement reports would be truncated incorrectly as the handler was not checking the data status.
Correct advertisement length and set status on update.
Workaround for when the disconnect event is sent when no connection has been established.
Espressif changed this from a connect event with error code to disconnect event.
Upstream changes have resulted in a possible status of BLE_ERR_UNSUPP_REM_FEATURE, this resulted in the onConnect callback not being called despite the connection actually being created.
This works around that bug to ensure that the connections are correctly tracked.
Calling NimBLEDevice::deint with the `clearAll` parameter set to `true` will delete the scan and any scan results but it was calling `clearall` which uses critical sections, this could cause a crash because the stack has already been de-initialized.
When the client created by the server reads or writes to an attribute and it triggers a pairing action the task will not be released because the client does not get the event.
This passes the event to the client to prevent the task from being hung.
