
Worked on the SynthstromAudible/DelugeFirmware repository to enhance stability in MIDI handling by addressing critical crash scenarios. Focused on C++ and embedded systems, the developer implemented defensive programming techniques, introducing null checks and safe-get wrappers to prevent dereference crashes during MIDI CC learning and clip conversion workflows. By guarding against null currentModControllable and PatchCableSet objects, the changes ensured that MIDI learning and clip duplication processes would fail gracefully rather than crash, preserving song integrity for end users. This work emphasized robust error handling and software debugging, resulting in more reliable MIDI-related features and improved overall firmware stability.
May 2026 monthly summary for SynthstromAudible/DelugeFirmware focusing on stability improvements in MIDI handling. Delivered two critical crash-prevention fixes: guard against null currentModControllable in MIDI CC learning and guard against null PatchCableSet during MIDI clip to Synth conversion. These changes prevent null dereference crashes in Kit clips per-drum mode and in save flows when no SoundDrum is selected, improving reliability during MIDI parameter learning and clip conversions. The work reduces crash risk for end users and preserves song integrity during duplication and conversion workflows. Technologies used include defensive programming patterns in C++/Qt (null checks, guarded dereference), safe-get wrappers (getPatchCableSetAllowJibberish), and non-crashing release builds. Commits: 360045cad77fdc793ad8b92ba78dd880c21282e8; e95d7dd9ca95489a5b5b90ac56d1af35d12609f2.
May 2026 monthly summary for SynthstromAudible/DelugeFirmware focusing on stability improvements in MIDI handling. Delivered two critical crash-prevention fixes: guard against null currentModControllable in MIDI CC learning and guard against null PatchCableSet during MIDI clip to Synth conversion. These changes prevent null dereference crashes in Kit clips per-drum mode and in save flows when no SoundDrum is selected, improving reliability during MIDI parameter learning and clip conversions. The work reduces crash risk for end users and preserves song integrity during duplication and conversion workflows. Technologies used include defensive programming patterns in C++/Qt (null checks, guarded dereference), safe-get wrappers (getPatchCableSetAllowJibberish), and non-crashing release builds. Commits: 360045cad77fdc793ad8b92ba78dd880c21282e8; e95d7dd9ca95489a5b5b90ac56d1af35d12609f2.

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