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Repository Overview (README excerpt)
Crawler viewAM MIDI 2.0 Lib A MIDI 2.0 Library This is a general purposes Library for building MIDI 2.0 Devices and Applications. This library aims to work on everything from embedded devices through to large scale applications. It provides the building blocks, processing and translations needed for most MIDI 2.0 Devices and Applications IMPORTANT! Please read first I hope that this library is useful to everyone making MIDI 2.0 Devices. If you do use this library please let me know! I am keen to see all the MIDI 2.0 Projects. This code is also available for DIY and commercial use (MIT Licence). Please note that use of this library is at your own risk. THIS LIBRARY IS CURRENTLY UNDER DEVELOPMENT - The code is still being adjusted as it is being prototyped and changes do occur, however the WIKI attempts to reflect the latest code. If you see code here that : • could be styled/structured better • could be written better • could use less resources • has memory leaks, bugs, • is fundamentally flawed • has spelling mistakes and grammatical errors then please submit PR's and/or issues - but PR's preferred. What does this do? Please read the MIDI 2.0 specification on https://midi.org/specifications to understand the following. This library can: • Convert MIDI 1.0 Byte stream to UMP and back • Process and send UMP Streams • Process and Send MIDI-CI Messages • Build UMP 32 bit Words to send out This library is designed to use a small footprint. It does this by processing each UMP packet (or MIDI 1.0 Byte stream) one at a time. This way large data is handled in small chunks to keep memory small. This set of files allows you to pick and choose which parts of MIDI 2.0 you wish to include. For example if you are only working with MIDI 1.0 Byte streams and just need a MIDI-CI handler? Then great just pull in that header :) Note it is upto the application to: • Store Remote MIDI-CI Device details • Upon receiving MIDI-CI Message to interpret the Messages data structure (e.g. Profile Id bytes, Note On Articulation etc.) • Handle logic and NAK sending and receiving. This means the overheads for a simple MIDI 2.0 device is down to a compiled size of around 10k (possibly less?), with a memory footprint of around 1k. Documentation Can be found on the docs folder Example: Translate MIDI 1.0 Byte stream to UMP Here is a quick example Example: Process UMP Streams UMP Streams accepts a series of 32 bit values. UMP messages that have 64bit will provide 2 UMP words. Example: Process MIDI-CI Messages MIDI-CI requires a lot of SysEx messages. This library abstracts the complexity of building and parsing most MIDI-CI Messages. ---