- This only applies to the BNO that is not operated in passthrough mode
- Set port voltage and refresh devices from the editor
- Disable buttons during acquisition
- Update header to match variable name

- Correctly read/write bytes that are I2C addresses
- Correctly stream BNO data
- Switch order of processing; frame distribution is quickly processed on the DataThread, then process frames in individual device threads

- Added most functionality needed to parse gain/adc calibration files. still need to finish and test
- Added the isReady() method
- Fixed AP frame indexing

- Added checks during Read/WriteBytes for invalid return codes

…rce into bno-addition

authored by @aacuevas

- Much of the code is pulled from the neuropixels-pxi plugin, and modified for use with Onix1 classes

- All settings now directly reference the device the settings are saved in, to minimize the possibility of error with needing to manually update settings inside the canvas itself
- Renamed variables / methods where needed for clarity
- Removed extraneous variables and methods
- Save the passthrough Toggle editor so it can be manipulated more easily

- Remove tabs in the canvas when rescanning the device table
- Connect the probe settings in the canvas to the Npxv1e device, and update these settings before starting acquisition

- Use PathParameters to track the path used for calibration files of Neuropixels probes
- Change size of the viewport to minimize the appearance of scrollbars
- Add DeviceList.h

- Change the editor button from "Rescan" to "Scan"

- Fixed some enum class underlying types
- Added helper methods to find the gain / reference of Npx probes

- Each OnixDevice must now implement a method that adds the sourceBuffers and correctly assigns them to their respective internal pointer
- When updating Settings, clear the buffers and only add back the devices that are enabled to ensure that the buffers are indexed correctly

- Instead of spawning a new thread for every device, have one thread that is dedicated to reading frames, and another thread that is dedicated to adding data to buffers

- Now that individual devices are not threaded, no need to keep the inheritance
- Remove unnecessary NeuropixComponents.cpp file
- Small optimizations: Convert raw pointers to unique_ptrs where possible, change the order when stopping acquisition so that streaming frames are stopped before reading frames stops, clear all portTabs when resetting the canvas, remove extraneous variables / methods

- The device table will only be scanned when the user presses Scan
- Related: The plugin will not report it is connected to hardware until Scan has been pressed

- Instead of Scan, there is a Connect button that when pressed will connect to Onix hardware, and then it will be labelled as Disconnect
- Disconnecting sets the port voltage to zero
- In the plugin destructor, the port voltage is also set to zero

- Shows options for both ports
- Added combo box for available headstages
- Removed the voltage value from automatically appearing, added a tooltip indicating that it is a voltage override

…tage discovery

- Moves the port voltage modifications, and checking the link state, to the new PortController class
- Add macros for checking the results of register read/writes to OnixDevice
- Ensures that the context is reset correctly so that devices stream data
- Automated port voltage discovery uses the same logic as OpenEphys.Onix1
- Changed the order of operations during stopAcquisition so that bad frames aren't read due to the context resetting
- Fixed an issue where PathParameters were being set with a value other than the default