- C 64.3%
- C++ 29%
- Python 4.3%
- Makefile 2.4%
| docs | ||
| examples | ||
| include/xtlite | ||
| src | ||
| tests | ||
| .gitignore | ||
| AGENT.md | ||
| LICENSE | ||
| Makefile | ||
| README.md | ||
xtlite — a lightweight, modular DAW
xtlite is a new, energyXT-inspired digital audio workstation project. It is not a clone and contains no energyXT source code or assets.
Design decisions
- Modular engine first: sequencer, instruments, effects, mixers and I/O are nodes in one processing graph.
- C core: project model, graph, DSP and audio engine are implemented in C.
- FLTK/C++ GUI: C++ is confined to the graphical interface and calls the core through a C API.
- Linux first: keep backend-specific details behind an interface.
- Small increments: build and test each milestone before adding features.
Current status
This repository is a starter scaffold, not a production DAW. It currently provides:
- a small C library/API;
- a minimal graph model with validation and topological ordering;
- a gain processor and offline audio-block processing;
- a C unit test;
- an optional FLTK GUI shell;
- architecture, format, GUI, roadmap, and decision documents.
Real audio-device integration, recording, MIDI, plugin hosting, project persistence, and the actual sequencer UI are not implemented yet.
Build
Requirements: a C compiler, a C++ compiler, GNU Make, and pkg-config. FLTK is optional for the core and tests.
make
make test
Build the optional FLTK GUI if FLTK is installed:
make gui
Run the GUI:
./build/xtlite
The current GUI is only a shell and does not yet produce sound. The core's offline graph test is the first executable audio-processing milestone.
Clean generated files:
make clean
Suggested first agent task
Read AGENT.md and docs/ARCHITECTURE.md. Inspect the existing implementation, run make test, and report gaps before adding the next feature. Do not jump directly to plugin hosting or a full sequencer.
License
The project is scaffolded under the MIT License; see LICENSE. Review the licenses of any future dependencies before distribution.