master:
  name: fester-master
  role: control

# Sorcery-go bridge — when enabled, Fester integrates with sorcery-go's
# eBPF warding for container-level security enforcement. The sorcery-go
# FesterClient connects to this Fester master for distributed scheduling.
sorcery_go:
  enabled: false
  # URL of the sorcery-go Coven master (sorcery-go connects TO us)
  # This is informational — sorcery-go uses FESTER_URL env var.
  eBPF_warding: true   # sorcery-go eBPF cgroup filters on LXC/Podman
  coven_sync: false    # sync node list from sorcery-go Coven

# Default runtime for nodes that don't specify one.
# Options: host, lxc, podman, firecracker, libvirt, tmux
default_runtime: host

# Firecracker defaults (used when a node has runtime: firecracker)
firecracker:
  bin: firecracker
  kernel: /var/lib/fester/vmlinux
  rootfs: /var/lib/fester/rootfs.ext4
  ssh_key: /root/.ssh/fc_builder
  ssh_port: 2222
  vcpus: 2
  memory_mb: 4096
  socket_dir: /run/fester/firecracker

nodes:
  - name: x99-v3
    host: 192.168.1.10
    max_jobs: 24
    runtime: host

  - name: x99-v4
    host: 192.168.1.11
    max_jobs: 30
    runtime: host

  # Example LXC node — ARMv7 cross-compile via SourceMage chroot
  # - name: lxc-arm-builder
  #   host: 192.168.1.20
  #   max_jobs: 8
  #   runtime: lxc
  #   container: smgl-armv7
  #   toolchain:
  #     provider: sourcemage
  #     path: /var/lib/smgl-armv7
  #     target_arch: arm

  # Example Gentoo stage3 cross-compile node
  # - name: gentoo-mips-builder
  #   host: 192.168.1.22
  #   max_jobs: 16
  #   runtime: host
  #   toolchain:
  #     provider: gentoo
  #     path: /var/lib/gentoo-chroot
  #     target_arch: mipsel

  # Example LEDE/OpenWrt router SDK node
  # - name: lede-router-builder
  #   host: 192.168.1.23
  #   max_jobs: 4
  #   runtime: host
  #   toolchain:
  #     provider: lede
  #     path: /opt/lede-sdk

  # Example Buildroot SDK node
  # - name: buildroot-arm64
  #   host: 192.168.1.24
  #   max_jobs: 8
  #   runtime: host
  #   toolchain:
  #     provider: buildroot
  #     path: /opt/buildroot-arm64

  # Example Lunar Linux chroot node
  # - name: lunar-x86-builder
  #   host: 192.168.1.25
  #   max_jobs: 12
  #   runtime: host
  #   toolchain:
  #     provider: lunar
  #     path: /var/lib/lunar-chroot

  # Example generic chroot node (any distro)
  # - name: debian-chroot-builder
  #   host: 192.168.1.26
  #   max_jobs: 12
  #   runtime: host
  #   toolchain:
  #     provider: chroot
  #     path: /var/lib/debian-chroot

  # Example Podman node (rootless)
  # - name: podman-x86
  #   host: 192.168.1.21
  #   max_jobs: 12
  #   runtime: podman
  #   container: smgl-x86_64

  # Example Firecracker microVM node
  # - name: fc-builder-1
  #   host: 192.168.1.30
  #   max_jobs: 4
  #   runtime: firecracker
  #   firecracker:
  #     kernel: /var/lib/fester/vmlinux-arm64
  #     rootfs: /var/lib/fester/rootfs-arm64.ext4
  #     ssh_port: 2222

# ---------------------------------------------------------------------------
# Toolchain provider system
# ---------------------------------------------------------------------------
# Controls which toolchain provider Fester uses for builds.
#
# provider: (optional) one of: native, btc, buildroot, sourcemage, gentoo,
#            lede, lunar, chroot
#   - If omitted, selection falls through: per-node -> global -> btc -> native
#   - "native" = host gcc/g++ (default fallback)
#   - "btc"    = BTC.sh sovereign-forged toolchain (if btc.enabled)
#   - "chroot" = generic distro chroot (auto-detect)
#   - Others are distro-specific chroot/buildroot providers.
#
# target_arch: (optional) for cross-compilation, select target architecture
#   (arm, arm64, mipsel, x86_64, tilegx, riscv64, etc.)
# ---------------------------------------------------------------------------
# toolchain:
#   provider: native

# BTC Sovereign Toolchain Integration (BTC-0.4.0+ Cross-Compilation)
# Set enabled: true to use the BTC.sh sovereign-forged toolchain.
# This is checked AFTER the toolchain.provider setting above.
#
# BTC 0.4.0 supports multi-architecture cross-compilation.  The 'target'
# field selects which cross-compiler golden image to use on this node.
# If omitted, Fester auto-detects the first available golden image.
#
# Available target IDs (run 'BTC.sh --list' for the authoritative table):
#   x86_64:  haswell, haswell-ep, skylake, skylake-x, skylake-server,
#            znver1, znver2, znver3, znver4,
#            apu-zn1, apu-zn2, apu-zn3, apu-zn4,
#            atom-silvermont, atom-goldmont, atom-tremont, atom-sierraforest
#   mipsel:  mipselr2
#   arm:     armv7
#   tilegx:  tilegx
btc:
  enabled: true
  root: /opt/BTC
  # target: haswell-ep    # optional: select a specific cross-compiler target

projects:

  - name: linux-tool
    repo: https://forgejo.local/linux-tool.git

    targets:
      debian: "make clean && make debian"
      arch: "make clean && make arch"
      fedora: "make clean && make fedora"