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.
Passing a pointer to to NimBLEUtils::taskWait and NimBLEUtils::taskRelease would compile due to the first argument in the constructor being
a pointer to void, a surprisingly not a compiler error in this instance. Also does not cause a crash but instead a hung task when called.
L2CAP is the underlying technology powering GATT.
BLE 5 exposes L2CAP COC (Connection Oriented Channels)
allowing a streaming API that leads to much higher throughputs
than you can achieve with updating GATT characteristics.
The patch follows the established infrastructure very closely.
The main components are:
- `NimBLEL2CAPChannel`, encapsulating an L2CAP COC.
- `NimBLEL2CAPServer`, encapsulating the L2CAP service.
- `Examples/L2CAP`, containing a client and a server application.
Apart from these, only minor adjustments to the existing code was
necessary.
When sending an array of data with a length value the wrong overload/template was being
used and the length value was being interpreted as the connection handle.
This updates the template to disable it when an array is passed and will now also report the error.
If the scan is restarted in NimBLEScan::start, there is a chance that a result from
the previous scan arrives and the device is deleted when the callback is called.
This change ignores any results that come when the scan has stopped.
* Add missing definition for default device callbacks (which prevents calling the `setDeviceCallbacks` method)
* Ensure `m_pDeviceCallbacks` inital value is set to `&defaultDeviceCallbacks` to prevent crash when pairing table is full
After #295 any time the pairing table fills up, the device will crash on the next pairing attempt.
* Renamed desc_filter_t to NimBLEDescriptorFilter
* Added NimBLERemoteDescriptor pointer to NimBLEDescriptorFilter
* retrieveDescriptors changed to take NimBLEDescriptorFilter pointer
* General cleanup
