# Roadmap ## The Big One - **GW-BASIC 2026 Compiler** — ahead-of-time compilation of BASIC programs to native executables. Because nothing says "premature optimization" like compiling a language designed for an interpreter running on a 4.77 MHz 8088. But we've come this far, so why not? Likely approach: translate the token stream to C and lean on GCC/Clang for the heavy lifting. ## Planned Features - **Hardware I/O simulator** — an optional emulation layer for `OUT`, `INP`, `WAIT`, `MOTOR`, and friends. The idea is to provide a virtual PC peripheral bus so retro programs that talk to the speaker, joystick port, or parallel interface can do *something* useful instead of silently no-oping. Think of it as a tiny museum exhibit for vintage BASIC hardware hacking. - **MBF format support for binary LOAD** — convert Microsoft Binary Format float constants when loading files saved by the original GWBASIC.EXE ## IDE and Notebook Integration - **Jupyter kernel for GW-BASIC** — a Jupyter Notebook kernel that runs GW-BASIC programs cell-by-cell, with rich output for `PRINT`, inline graphics rendering for drawing commands, and interactive `INPUT` via notebook widgets. Similar in spirit to [foxkernel](https://github.com/evvaletov/foxkernel). - **JetBrains plugin (IntelliJ/CLion)** — full-featured language plugin with syntax highlighting, code completion, line number navigation, run configurations, debugger integration (breakpoints via `STOP`, variable inspection), structure view (line number outline), and error annotations. - **VS Code extension** — language extension providing syntax highlighting (TextMate grammar), snippets, run/debug tasks, integrated terminal runner, and Language Server Protocol support for diagnostics and hover info. ## Known Limitations - String garbage collection not implemented (uses `malloc`/`free` instead) - Maximum 256 variables, 64 arrays, 16 FOR nesting, 24 GOSUB nesting, 16 WHILE nesting - Hardware I/O (`OUT`, `INP`, `WAIT`, `COM`, `MOTOR`) not yet implemented