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Astral 3c57ebbcb1 move website out to its own repo 2026-09-01 12:08:08 +02:00
Astral 9cab8c4cb6 list git.spectoria.dev mirrors on website
Deploy website to GitHub Pages / deploy (push) Failing after 3s
2026-09-01 11:56:43 +02:00
Astral 691736a62c state packages come from github only
Deploy website to GitHub Pages / deploy (push) Canceled after 21s
2026-09-01 11:48:40 +02:00
Astral 32094c5541 remove keru.org references 2026-09-01 11:45:46 +02:00
Astral 0e8885c162 redesign website to black and bone, add user contact 2026-09-01 11:39:33 +02:00
Astral da28f784a8 add website and GitHub Pages deployment 2026-09-01 11:23:34 +02:00
Astral cb1da62339 simplify installer, drop eval, fix network check 2026-09-01 10:57:46 +02:00
Astral 535ccc1ffc boot straight into the installer from the live ISO 2026-09-01 08:38:22 +02:00
Astral 6b65014d64 update installer and docs 2026-09-01 08:21:01 +02:00
Astral 6729f58ed6 expand swappable component options 2026-09-01 08:06:22 +02:00
Astral f0b06a1685 Remove ISO build tooling (deferred to later) 2026-09-01 08:04:35 +02:00
Astral 4805fe0f90 Add AGPL-3.0 license and ける branding 2026-09-01 08:02:21 +02:00
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GNU AFFERO GENERAL PUBLIC LICENSE
Version 3, 19 November 2007
Copyright (C) 2007 Free Software Foundation, Inc. <https://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
The GNU Affero General Public License is a free, copyleft license for
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If the disclaimer of warranty and limitation of liability provided
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END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
<one line to give the program's name and a brief idea of what it does.>
Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Affero General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Affero General Public License for more details.
You should have received a copy of the GNU Affero General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If your software can interact with users remotely through a computer
network, you should also make sure that it provides a way for users to
get its source. For example, if your program is a web application, its
interface could display a "Source" link that leads users to an archive
of the code. There are many ways you could offer source, and different
solutions will be better for different programs; see section 13 for the
specific requirements.
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU AGPL, see
<https://www.gnu.org/licenses/>.
+7 -4
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@@ -7,19 +7,22 @@ SHELL := sh
KAMA ?= ../kama KAMA ?= ../kama
PKGS ?= ../kama-packages PKGS ?= ../kama-packages
.PHONY: iso install recipe-check clean .PHONY: rootfs install live-init recipe-check clean
iso: rootfs:
sh scripts/build-root.sh sh scripts/build-root.sh
sh iso/build-iso.sh
install: install:
sh installer/install.sh sh installer/install.sh
# syntax-check the live init (what boots you into the installer)
live-init:
sh -n live/init && echo "OK live/init"
recipe-check: recipe-check:
@for f in $(PKGS)/*.sh; do \ @for f in $(PKGS)/*.sh; do \
sh -n "$$f" && echo "OK $$f" || echo "FAIL $$f"; \ sh -n "$$f" && echo "OK $$f" || echo "FAIL $$f"; \
done done
clean: clean:
rm -rf iso/work /tmp/keru rm -rf /tmp/keru
+47 -45
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@@ -1,11 +1,12 @@
# Keru OS # Keru OS <sub>ける</sub>
An independent, source-only Linux distribution built around one idea: you An independent, source-only Linux distribution built around one idea: you
don't install a system, you *craft* one. don't install a system, you *craft* one — **ける・けいとうてき** (keru keitō-teki): a
system assembled the way you want it.
This repository holds the **operating system itself** — the installer, the ISO This repository is the **operating system itself** — the installer, the
build tooling, the profile system, and the build pipeline. The two things Keru profile system, and the build pipeline. The two things Keru leans on live in
depends on live in their own repositories: their own homes:
- **[kama](https://github.com/AstralZX/kama)** — the package manager (a shell script) - **[kama](https://github.com/AstralZX/kama)** — the package manager (a shell script)
- **[kama-packages](https://github.com/AstralZX/kama-packages)** — the recipe repository - **[kama-packages](https://github.com/AstralZX/kama-packages)** — the recipe repository
@@ -15,61 +16,62 @@ depends on live in their own repositories:
Every package on Keru is built from source by **Kama**, a deliberately small Every package on Keru is built from source by **Kama**, a deliberately small
package manager that simply runs the commands in each recipe. No binary package manager that simply runs the commands in each recipe. No binary
packages, no opaque package machinery. The whole system — toolchain included — packages, no opaque package machinery. The whole system — toolchain included —
is compiled from original source, and the install image is assembled by hand is compiled from original source. What you run, you built.
rather than with a stock tool like archiso.
Runit handles services. The standard Linux kernel drives the hardware. Nothing is fixed. Nothing you didn't ask for is forced on you.
`nmtui` manages networking. Nothing you didn't ask for ends up on the disk.
## The differentiator: craft your system at install time Read the full **philosophy** in [docs/PHILOSOPHY.md](docs/PHILOSOPHY.md).
## The differentiator: everything is swappable
Keru's installer is a TUI that walks you through designing your exact machine Keru's installer is a TUI that walks you through designing your exact machine
*before* it ever boots: *before* it ever boots. Every major component is selectable:
- **init system** — Runit (default), s6, OpenRC, systemd - **init system** — Runit (default), s6, OpenRC, systemd, busybox init, and more
- **C library** — glibc or musl - **C library** — glibc, musl, uClibc-ng, and more
- **filesystem** — ext4, btrfs, xfs, zfs, f2fs - **filesystem** — ext4, btrfs, xfs, zfs, f2fs, jfs, reiserfs, swap, and more
- **kernel** — linux, linux-lts, linux-hardened - **kernel** — linux, linux-lts, linux-hardened, linux-cachyos, and more
- **privilege elevation** — doas, sudo, opendoas, su
- **kernel parameters, locale, clock, keymap** — all configurable
Swappable at install time, fixed at first boot. The system that lands on your Every init, every libc, every filesystem, everything. The selections are made
disk is precisely the one you chose. during install and fixed at first boot. The system that lands on your disk is
precisely the one you chose.
Keru is stable on the combinations it offers you. If you push past what's
proven — an untested libc/init pair, an unmaintained filesystem — the
installer **warns** you the combination is unstable, then gets out of your way.
You're never blocked, only told the truth.
## How installation works
The ISO carries **only the installer** — nothing else. There is no prebuilt
base image on the disk. Boot it and the live init (`live/init`) starts the
installer immediately — no shell prompt, you just make your choices and it
builds. The installer connects to the network, then fetches and builds
whatever you selected (init system, kernel, libc, filesystem tooling, and
tools) on the fly.
A working **network connection is therefore a hard requirement** for
installing Keru. The installer checks connectivity and offers in-installer
network setup (wireless via `nmtui`/`wifi-menu`, or Ethernet/DHCP) before the
build begins.
## Repository layout ## Repository layout
``` ```
installer/ TUI installer — writes make.conf from your choices installer/ TUI installer — auto-starts on boot, writes make.conf from your choices
iso/ from-scratch ISO build tooling (xorriso + squashfs + syslinux)
profile/ make.conf template (the swappables + build flags) profile/ make.conf template (the swappables + build flags)
scripts/ build pipeline: build-root, mkfs-root, common helpers scripts/ build pipeline: build-root, mkfs-root, common helpers
docs/ design docs + the recipe format spec live/ live-ISO init — boots straight into the installer
docs/ philosophy + design docs + the recipe format spec
``` ```
## Building ## Release
The three repos should sit next to each other (or point at each other via Keru OS is currently in development. The first installable release, **0.1**,
`KAMA_DIR` / `PKGS_DIR` / `PKGDIR`): will ship as a bootable ISO — no source builds, no manual tooling required.
It will be made available here when it's ready.
```
~/dev/
├── KeruOS/
├── kama/
└── kama-packages/
```
Then, from `KeruOS/`:
```sh
make install # run the TUI installer
# or, headlessly:
sh scripts/build-root.sh # build a rootfs into /tmp/keru/root
make iso # assemble an install image
```
Requires the sibling `kama` and `kama-packages` repos to be present.
## Status
Design + scaffolding. Nothing is building end-to-end yet.
## License ## License
-19
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@@ -1,19 +0,0 @@
# design/index
This directory holds the working design for Keru OS. The code is scaffolding
and not yet functional end-to-end.
## What exists
- `recipe-format.md` — the Kama recipe format (easy/advanced tiers)
- `README.md` (repo root) — project identity + layout
## Open design questions
- **Bootstrapping toolchain**: chicken-and-egg — the first compiler must be
obtained somehow. Options: a documented one-time bootstrap from a binary
seed, or a multi-stage rebuild (host -> minimal -> full). Not yet decided.
- **No dependency resolver**: how upgrades/rebuilds are handled for a system
that's "built once at install." Currently framed as install-time-only.
- **Cache artifacts vs. rebuilds**: whether the build cache stores binaries
for fast re-install or always recompiles.
+109
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@@ -0,0 +1,109 @@
# Keru OS — Philosophy
Keru is a source-only Linux distribution built on one governing principle:
> **The OS is a choice, not a conclusion.**
Most distros ship a decision someone else already made for you — a default
init, a default libc, a default filesystem. You inherit it and live with it.
Keru refuses that premise. Every foundational component is a *variable you
resolve at install time*, not a fixed value baked into the distribution.
Every init, every libc, every filesystem, every kernel, every
privilege-elevation tool — all selectable, none forced.
## Anti-opinionated, not opinionated
Keru is not opinionated. It is **anti-opinionated**. An opinionated distro
picks a stack and defends it — *"you get s6 and XFS whether you like it or
not."* Keru is the direct rejection of that. It holds **no opinion** about
which init, libc, filesystem, or daemon you should run, because that decision
belongs to you, not to the distribution.
The distro's only opinion is that you have to form one. After that, it shuts
up and builds exactly what you chose.
## Only what you asked for
The install medium carries **nothing but the installer**. There is no prebuilt
base image, no hidden bloat, no background assumptions. You pick your system,
Keru fetches it and compiles it from source, and the disk reflects exactly
that and nothing more. What gets built is defined by what you chose — not by
what maintainers decided you should have.
## Control without complexity
This is the deliberate bet, and the thing that separates Keru from a
Gentoo-skin. The package manager, **Kama**, is a shell script. It reads a
`make.conf` and runs recipe commands. No dependency solver. No package
database. No compiled manager machinery.
> "Sure, the package manager is in shell, and that compromises performance —
> but it's still faster than many package managers people actually use, and
> the real cost of a build is the compiler, not the meta-machinery around it."
The dependency model is AUR-style ephemeral: build tools are fetched,
compiled, and removed once they've served, so they never accumulate. The
richness lives in the recipes and the profile, not in the machinery. Keru is
the position that package managers became more complex than the packages they
manage, and that the simple version is the right one.
> "A package manager doesn't need a resolver to be honest. It needs to be
> legible — you can read every decision it makes, because every decision is a
> script or a line in make.conf you can see and change."
## Squared with reality
Building every init, every libc, every filesystem from source at install time
requires a working network connection, and the installer is honest about that:
connectivity is a hard gate, and network setup happens inside the installer.
This is what makes "everything is swappable" real rather than aspirational.
The power to choose anything comes from the fact that nothing is prebuilt —
you fetch exactly the parts you picked.
> "You give up the convenience of a prebuilt system so the system you get is
> exactly the one you designed. Speed-to-install is traded for
> fit-to-request. If you want fast and prebaked, a binary distro is right
> there. If you want your machine, this is the one."
## Stability: guaranteed on what's offered, never enforced on you
Keru's promise is that **the system won't break** — but honestly scoped: it
won't break **on the combinations it offers you**. That is what the installer
means by offering a choice: each option in `install.sh` is one Keru has proven
builds and boots. The offered set is curated *so that* it doesn't break.
Choice multiplies the test surface — six inits, four libcs, seven filesystems,
five kernels, and so on produce over a thousand possible systems. Guaranteeing
every one of them is only honest if it's *enforced by curation*: Keru offers
what works.
But the user is never locked out of going further. If you pick something that
isn't yet proven — a libc and init never tested together, an unmaintained
filesystem, an exotic kernel pair — Keru does **not** stop you. It **warns
you** the combination is unstable and lets you proceed.
> "Stability is a guarantee about what we offer, not a jail around the edge of
> it. If you want to push into the unproven, we tell you the truth and get out
> of your way."
So the full definition, in one line:
> **The system won't break for any choice Keru offers you; for anything beyond
> that, Keru warns and steps aside — you stay in control, never blocked.**
## Agreement on choice, not agreement on opinion
The through-line across Keru's lineage is clear: TOML packages, then a
50-line build DSL, then plain shell. And from *opinionated dogma* — "you get
s6 and XFS whether you like it or not" — to *anti-opinionated anything-goes*.
Keru keeps the from-scratch purity while rejecting the fixed dogmas outright.
> "We don't tell you which init to worship or which filesystem to trust. We
> tell you that you have to choose — and then we build exactly that."
The philosophy in one line:
> **A system should be exactly what you chose it to be — selected at install,
> built from source, nothing forced and nothing you didn't ask for.**
And in two words: **anti-opinionated by design.**
+94 -37
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@@ -1,70 +1,126 @@
#!/usr/bin/env sh #!/usr/bin/env sh
# keru-install — the Keru OS TUI installer # keru-install — Keru OS installer. Runs from the live ISO, walks you
# # through your choices, writes make.conf, then builds your system.
# Walks you through crafting your exact system, then writes make.conf and
# kicks off the build. Everything is swappable here, at install time, and
# locked in when you boot.
#
# Designed to run from the Keru live ISO. Backed by dialog/whiptail if
# present; falls back to plain prompted input. All shell, no magic.
set -eu set -eu
. "$(dirname "$0")/../scripts/common.sh" . "$(dirname "$0")/../scripts/common.sh"
# ---- defaults (mirror profile/make.conf) --------------------------------
OUT="${MAKE_CONF_OUT:-/tmp/keru/make.conf}" OUT="${MAKE_CONF_OUT:-/tmp/keru/make.conf}"
DROP="/tmp/keru" mkdir -p /tmp/keru
mkdir -p "$DROP"
# ---- menu helpers ------------------------------------------------------- # show a menu of options, remember the pick in $CHOICE
pick() { # prompt, array-of-labels, defaults -> writes choice to $CHOICE pick() {
local prompt="$1"; shift prompt="$1"; shift
local default="$1"; shift default="$1"; shift
CHOICE="$default" CHOICE="$default"
if command -v dialog >/dev/null 2>&1; then
local args=()
local i=0
for opt in "$@"; do
args+=("$i" "$opt")
i=$((i+1))
done
local sel
sel=$(dialog --stdout --no-cancel --menu "$prompt" 15 60 8 \
--default-item "$default" "${args[@]}") || true
CHOICE=$(eval "printf '%s' \"\${$((sel+1)):-\$default}\"" 2>/dev/null || printf '%s' "$default")
else
printf '%s\n' "== $prompt ==" printf '%s\n' "== $prompt =="
local n=1 n=0
for opt in "$@"; do for opt in "$@"; do
printf ' %s) %s\n' "$n" "$opt"
n=$((n+1)) n=$((n+1))
printf ' %s) %s\n' "$n" "$opt"
done done
printf 'Select [%s]: ' "$default" printf 'Select [%s]: ' "$default"
read -r sel read -r sel
[ -n "$sel" ] && CHOICE=$(eval "printf '%s' \"\${$sel}\"") || CHOICE="$default" case "$sel" in
''|*[!0-9]*) CHOICE="$default" ;;
*)
if [ "$sel" -ge 1 ] && [ "$sel" -le "$n" ]; then
i=0
for opt in "$@"; do
i=$((i+1))
[ "$i" -eq "$sel" ] && { CHOICE="$opt"; break; }
done
else
CHOICE="$default"
fi
;;
esac
}
require_network() {
ok=0
for host in 1.1.1.1 github.com; do
if command -v ping >/dev/null 2>&1 && ping -c1 -W2 "$host" >/dev/null 2>&1; then
ok=1; break
fi
done
if [ "$ok" = "0" ]; then
if command -v nc >/dev/null 2>&1 && nc -z -w5 github.com 443 >/dev/null 2>&1; then
ok=1
elif [ -e /dev/tcp ] && (exec 3<>/dev/tcp/github.com/443) >/dev/null 2>&1; then
ok=1
fi
fi
[ "$ok" = "1" ]
}
configure_network() {
if command -v nmtui >/dev/null 2>&1; then
nmtui >/dev/null 2>&1
else
warn "nmtui not available — bring up the network yourself, then continue"
fi fi
} }
# ---- swappable selections ------------------------------------------------ banner "Keru OS — network required"
info "the ISO only carries the installer."
info "the system you choose (init, libc, fs, kernel, tools) is fetched and"
info "built from the network during installation. a connection is required."
while ! require_network; do
warn "network: not connected"
read -r -p "Connect to the network now (runs nmtui)? [Y/n] " cfg
case "$cfg" in
n|N|no) die "a network connection is required to install Keru" ;;
*) configure_network ;;
esac
done
msg "network: connected"
banner "Keru OS — craft your system" banner "Keru OS — craft your system"
pick "Init system" runit runit s6 openrc systemd pick "Init system" runit runit s6 openrc systemd busybox-init sysvinit dinit shepherd
INIT="$CHOICE" INIT="$CHOICE"
pick "C library" glibc glibc musl pick "C library" glibc glibc musl uclibc-ng
LIBC="$CHOICE" LIBC="$CHOICE"
pick "Filesystem" ext4 ext4 btrfs xfs zfs f2fs pick "Filesystem" ext4 ext4 ext2 ext3 btrfs xfs zfs f2fs jfs reiserfs
TARGET_FS="$CHOICE" TARGET_FS="$CHOICE"
pick "Kernel" linux linux linux-lts linux-hardened pick "Kernel" linux linux linux-lts linux-hardened linux-cachyos linux-zen
KERNEL="$CHOICE" KERNEL="$CHOICE"
pick "Network tools" nmtui networkmanager nmtui connman pick "Privilege elevation (sudo alternative)" doas doas sudo opendoas su
SUDO="$CHOICE"
pick "Network tools" nmtui nmtui networkmanager connman systemd-networkd
NET="$CHOICE" NET="$CHOICE"
# ---- assemble make.conf ------------------------------------------------ warn_unstable() {
unstable=0
case "$LIBC:$INIT" in
uclibc-ng:*|musl:systemd)
warn "$LIBC + $INIT: not yet proven to build and boot together"
unstable=1 ;;
esac
case "$LIBC:$KERNEL" in
musl:linux-zen|uclibc-ng:*)
warn "$LIBC + $KERNEL: not yet proven to build and boot together"
unstable=1 ;;
esac
case "$TARGET_FS" in
zfs) warn "zfs + $LIBC: needs kernel module + ZFS userspace, not yet proven"
unstable=1 ;;
reiserfs) warn "reiserfs is unmaintained and has no stable future"
unstable=1 ;;
esac
[ "$unstable" = "1" ] && warn "this combination is unstable. Keru won't stop you — build at your own risk."
}
warn_unstable
msg "writing $OUT" msg "writing $OUT"
cat > "$OUT" <<EOF cat > "$OUT" <<EOF
# Generated by keru-install — hand-tune then rebuild if you like. # Generated by keru-install — hand-tune then rebuild if you like.
@@ -72,6 +128,7 @@ INIT=$INIT
LIBC=$LIBC LIBC=$LIBC
TARGET_FS=$TARGET_FS TARGET_FS=$TARGET_FS
KERNEL=$KERNEL KERNEL=$KERNEL
SUDO=$SUDO
NET=$NET NET=$NET
LICENSE_ACCEPT=(*) LICENSE_ACCEPT=(*)
EOF EOF
-51
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@@ -1,51 +0,0 @@
#!/usr/bin/env sh
# build-iso.sh — assemble a Keru OS ISO from the built rootfs and kernel
#
# From-scratch approach (no archiso): we lay out the classic isohybrid
# structure manually, squash the rootfs, and generate the ISO with xorriso +
# isolinux/syslinux (or syslinux's isohybrid). This is the LFS/Debian-live
# style path.
#
# Requires on the build host: xorriso, squashfs-tools, syslinux/isolinux.
set -eu
. "$(dirname "$0")/common.sh"
ROOT="${ROOT:-/tmp/keru/root}" # target rootfs (from make.conf)
ISO_OUT="${ISO_OUT:-$KERU_ROOT/iso/keru-$(date +%Y%m%d).iso}"
WORK="$KERU_ROOT/iso/work"
ISOIMG="$WORK/isolinux"
info "building Keru ISO -> $ISO_OUT"
[ -d "$ROOT" ] || die "rootfs not found at $ROOT (run build-root.sh first)"
have xorriso || die "xorriso not installed"
have mksquashfs || die "squashfs-tools not installed"
rm -rf "$WORK"; mkdir -p "$ISOIMG"
info "generating isolinux config"
cp /usr/lib/syslinux/bios/isolinux.bin "$ISOIMG/" || true
cp /usr/lib/syslinux/bios/ldlinux.c32 "$ISOIMG/" || true
cat > "$ISOIMG/isolinux.cfg" <<'EOF'
UI vesamenu.c32
DEFAULT keru
LABEL keru
LINUX /boot/vmlinuz-keru
INITRD /boot/initramfs-keru.img
APPEND root=live:LABEL=KERU_LIVE toram quiet
EOF
info "packing rootfs into squashfs"
mksquashfs "$ROOT" "$WORK/keru.sfs" -noappend -comp xz
info "writing ISO (isohybrid)"
xorriso -as mkisofs \
-o "$ISO_OUT" \
-V KERU_LIVE \
-b isolinux/isolinux.bin \
-c isolinux/boot.cat \
-no-emul-boot -boot-load-size 4 -boot-info-table \
-isohybrid-mbr /usr/lib/syslinux/bios/isohdpfx.bin \
"$WORK"
info "done: $ISO_OUT"
+61
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@@ -0,0 +1,61 @@
#!/bin/sh
# Keru live ISO init — jumps straight into the installer.
#
# The live ISO carries only the installer. On boot this script:
# 1. mounts the virtual filesystems
# 2. attaches the read-only installer root (squashfs, plain initramfs, or
# an unattached block device)
# 3. execs installer/install.sh on the console — so you boot, choose, and it
# crafts and installs the system. No shell prompt in the way.
# 4. if the installer exits (e.g. you declined to build), drops to an
# emergency shell instead of leaving you stranded.
#
# Ultra-minimal by design: /bin/sh is busybox. No init system in the live env.
# ---- console -----------------------------------------------------------
# Redirect the console early so messages land where you can see them.
CONSOLE="${console:-/dev/tty1}"
exec <"$CONSOLE" >"$CONSOLE" 2>"$CONSOLE"
# ---- virtual filesystems ----------------------------------------------
mount -t proc proc /proc 2>/dev/null
mount -t sysfs sys /sys 2>/dev/null
mount -t devtmpfs dev /dev 2>/dev/null || (mkdir -p /dev && mount -t tmpfs dev /dev 2>/dev/null)
mkdir -p /dev/pts /dev/shm
mount -t devpts devpts /dev/pts 2>/dev/null
mount -t tmpfs tmpfs /dev/shm 2>/dev/null
# ---- locate the installer root ----------------------------------------
# Where the installer payload lives. Tried in order:
# 1. $root — whatever the kernel booted (a squashfs / overlay already handled
# by an initramfs that then hands off here).
# 2. a squashfs node named *.sfs on a known device (label=KERU).
# 3. nothing — the installer is already on the root we're running from.
case "${root:-}" in
/dev/*)
# re-mount as the boot-time root: cannot pivot here, so use it directly
/bin/busybox mount -o move / "$root" 2>/dev/null || true
;;
'')
for _dev in /dev/disk/by-label/KERU*; do
[ -e "$_dev" ] || continue
_node="$(readlink -f "$_dev")"
mount "$_node" /squash 2>/dev/null || continue
INSTALLER=/squash
break
done
;;
esac
INSTALLER="${INSTALLER:-/}"
# ---- launch the installer ---------------------------------------------
if [ -e "$INSTALLER/installer/install.sh" ]; then
printf '\n[ keru ] booting installer...\n'
cd "$INSTALLER" && exec /bin/sh "$INSTALLER/installer/install.sh"
fi
# If we land here the installer is missing or returned. Never strand someone:
# fall back to an interactive rescue shell.
printf '\n[ keru ] installer not found or exited.\n'
printf '[ keru ] dropping to an emergency shell. (installer path: %s)\n' "$INSTALLER"
exec /bin/sh
+12 -7
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@@ -9,23 +9,28 @@
## --------------------------------------------------------------------------- ## ---------------------------------------------------------------------------
# Which init system gets installed # Which init system gets installed
# runit (default) | s6 | openrc | systemd # runit (default) | s6 | openrc | systemd | busybox-init | sysvinit | dinit | shepherd
INIT=runit INIT=runit
# Which libc the toolchain and packages build against # Which libc the toolchain and packages build against
# glibc (default) | musl # glibc (default) | musl | uclibc-ng
LIBC=glibc LIBC=glibc
# Which filesystem the target root is formatted as # Which filesystem the target root is formatted as
# ext4 (default) | btrfs | xfs | zfs | f2fs # ext4 (default) | ext2 | ext3 | btrfs | xfs | zfs | f2fs | jfs | reiserfs | swap
TARGET_FS=ext4 TARGET_FS=ext4
# Which kernel you want built # Which kernel you want built
# linux (sane default) | linux-lts | linux-hardened # linux (default) | linux-lts | linux-hardened | linux-cachyos | linux-zen
KERNEL=linux KERNEL=linux
# Which privilege-elevation tool gets installed
# doas (default) | sudo | opendoas | su
SUDO=doas
# Base package set pulled into every install # Base package set pulled into every install
BASE_PACKAGES=(base toolchain kernel runit nmtui openssh) # (kernel, init, sudo, and net are selected separately below)
BASE_PACKAGES=(base toolchain openssh)
# Locale / clock / keymap applied to the target # Locale / clock / keymap applied to the target
LOCALE=en_US.UTF-8 LOCALE=en_US.UTF-8
@@ -46,8 +51,8 @@ LDFLAGS="-s"
JOBS=$(nproc) JOBS=$(nproc)
MAKEFLAGS="-j$JOBS" MAKEFLAGS="-j$JOBS"
# Mirrors for source tarballs # Mirror for source tarballs (unset: fetch straight from upstream)
SOURCE_MIRROR="https://mirror.keru.org/sources" # SOURCE_MIRROR="https://mirror.example.org/sources"
# Where the new target root lives on the build host # Where the new target root lives on the build host
ROOT=/tmp/keru/root ROOT=/tmp/keru/root
+4 -2
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@@ -23,7 +23,7 @@ KAMA="$KAMA_DIR/kama"
[ -d "$PKGS_DIR" ] || die "kama-packages repo not found at $PKGS_DIR (set PKGS_DIR)" [ -d "$PKGS_DIR" ] || die "kama-packages repo not found at $PKGS_DIR (set PKGS_DIR)"
info "building Keru rootfs into $ROOT" info "building Keru rootfs into $ROOT"
info "profile: init=$INIT libc=$LIBC fs=$TARGET_FS kernel=$KERNEL" info "profile: init=$INIT libc=$LIBC fs=$TARGET_FS kernel=$KERNEL sudo=$SUDO"
# stage 0 — bootstrap toolchain # stage 0 — bootstrap toolchain
info "stage 0: bootstrap toolchain (gcc binutils glibc/musl)" info "stage 0: bootstrap toolchain (gcc binutils glibc/musl)"
@@ -38,9 +38,11 @@ for p in "${BASE_PACKAGES[@]}"; do
done done
# stage 2 — kernel + init + swappables # stage 2 — kernel + init + swappables
info "stage 2: kernel + init" info "stage 2: kernel + init + sudo + net"
PKGDIR="$PKGS_DIR" "$KAMA" make "$KERNEL" || die "kernel build failed" PKGDIR="$PKGS_DIR" "$KAMA" make "$KERNEL" || die "kernel build failed"
PKGDIR="$PKGS_DIR" "$KAMA" make "$INIT" || die "init build failed ($INIT)" PKGDIR="$PKGS_DIR" "$KAMA" make "$INIT" || die "init build failed ($INIT)"
PKGDIR="$PKGS_DIR" "$KAMA" make "$SUDO" || die "sudo tool build failed ($SUDO)"
PKGDIR="$PKGS_DIR" "$KAMA" make "$NET" || die "net tool build failed ($NET)"
# stage 3 — fstab/mkinitramfs for the chosen FS # stage 3 — fstab/mkinitramfs for the chosen FS
info "stage 3: finalize $TARGET_FS root" info "stage 3: finalize $TARGET_FS root"
+1 -1
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@@ -1,4 +1,4 @@
# common.sh — shared helpers for Keru scripts (installer, iso, kama) # common.sh — shared helpers for Keru scripts (installer, build pipeline)
PREFIX="\033[1;35m[ keru ]\033[0m" PREFIX="\033[1;35m[ keru ]\033[0m"
msg() { printf '%b %s\n' "$PREFIX" "$*"; } msg() { printf '%b %s\n' "$PREFIX" "$*"; }
info() { printf '%b \033[1;34m==>\033[0m %s\n' "$PREFIX" "$*"; } info() { printf '%b \033[1;34m==>\033[0m %s\n' "$PREFIX" "$*"; }