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Docker container for building FujiNet software

defoogi 최신버젼 다운로드

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// repository documentation

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# defoogi

A Docker container for building [FujiNet](https://fujinet.online)
software, including firmware, libraries, and applications — as well as
cross-compiling software for a wide range of 8-bit and 16-bit systems.

Unlike many Docker build environments, **defoogi preserves file
ownership and permissions**, so your build artifacts stay usable on
the host system without extra `chown` or permission fixes.

## Docker Hub

[Docker Hub repository →](https://hub.docker.com/repository/docker/fozztexx/defoogi)

---

## Features

- Preconfigured build environment with many classic compilers,
  assemblers, and tools
- Easy prefix-style invocation: just run `defoogi make` instead of
  installing toolchains locally
- Works seamlessly in your existing project directories
- No more "root-owned" build artifacts - ownership is preserved
- Designed for FujiNet but useful for retro-computing and
  cross-compilation in general

### Included toolchains

- [cc65](https://cc65.github.io/) - 6502 C compiler and assembler
- [CMOC](https://perso.b2b2c.ca/~sarrazip/dev/cmoc.html) - C compiler for 6809
- [Open Watcom v2](https://openwatcom.org/) - C/C++ compiler for DOS and other targets
- [z88dk](https://www.z88dk.org/) - Z80 C compiler

(More assemblers, linkers, and disk tools are bundled - look in
Dockerfiles for details.)

---

## Install/Preparation
Before you can use defoogi as a command, you will want to grab the `start` script from here and rename it `defoogi` and put it in your path somewhere.

## Usage

1. Change into the directory containing the software you want to build
2. Prefix your build commands with `defoogi`. For example:

```bash
defoogi make
```

This runs `make` inside the container but keeps the results on your
host system with the correct permissions.

You can also run individual tools directly:

```bash
defoogi cc65 hello.c
defoogi cmoc program.c
```

---

## GitHub Actions Integration

One of the most exciting workflows we’re experimenting with is
**building software directly in GitHub Actions**.

- Push your changes to GitHub
- The code is compiled automatically using `defoogi` inside a GitHub workflow
- The build artifact is published as a downloadable asset over HTTP
- On your retro battlestation, the [FujiNet](https://fujinet.online)
  can **mount that HTTP asset directly as a disk image**

This means you can:
- Edit and commit your code from any modern machine
- Wait a moment for the CI build to finish
- Boot your retro computer, mount the build directly via FujiNet, and
  run it instantly

**Key benefits:**
- No floppy disk conversions.
- No SneakerNet with SD cards.
- No fumbling with transfer tools.

It’s just **edit → push → boot → run**.

---

## Other Integration

- **VS Code** support is being developed, so you’ll be able to build
    and debug directly within your editor
- Works with shell scripts and CI/CD pipelines - just prefix your
  existing commands

---

## Supported CPUs / Platforms

`defoogi` currently includes compilers and assemblers targeting the following CPUs:

- **6502 series** (via `cc65`)
  - 6502, 65C02, 65816
  - Platforms: Commodore 64, NES, Apple II, Atari 8-bit, VIC-20, Oric

- **6809 series** (via `CMOC`)
  - 6809, 6309
  - Platforms: Tandy CoCo, Dragon 32/64, OS-9 systems

- **Z80 series** (via `z88dk`)
  - Z80, Z180, 8080, 8085
  - Platforms: ZX Spectrum, MSX, Amstrad CPC, CP/M machines, TI-83/84 calculators

- **x86 series** (via `Open Watcom`)
  - 8086, 80286, 80386
  - Platforms: IBM PC, DOS, early Windows (16-bit), CP/M-86

Other assemblers and tools included may support additional retro CPUs
and disk formats. See the Dockerfile for a complete list.

defoogi

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