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The ISO now boots straight into a GTK installer instead of dropping to a tty. Structure: - installer/arcline-installer: small GTK3 (Python) frontend that drives scripts/deploy-disk.sh — pick a disk, choose boot mode, type the device path to confirm, watch the deploy log, reboot. Pure helper logic is tested against lsblk (lowercase keys, pseudo-devices filtered). - scripts/build-live.sh: builds build/rootfs/<edition>-live by cloning the CLEAN rootfs and layering on live-boot, a minimal X session (Xorg + openbox), the installer, and the deploy tooling under /usr/lib/arcline (deploy-disk.sh + btrfs/init.sh + edition fstabs, laid out so the scripts' own path resolution works unchanged). - overlays/live/: arcline-installer.service + session script that start Xorg on vt1 (with -allow-root) and run the installer as the X client. - build-iso.sh: builds the live rootfs for the squashfs AND stages the clean rootfs archive into isofiles/install/ — the installer deploys the clean archive, so what's installed is the hardened system, never the live session with the installer in it. - Refactor: ARCLINE_LIVE handling removed from build-rootfs.sh and configure-system.sh (now lives entirely in build-live.sh). - validate.sh now checks overlays shell scripts + installer python. - docs updated (building.md, architecture.md, installer/README.md).
162 lines
6.1 KiB
Markdown
162 lines
6.1 KiB
Markdown
# Building Arcline OS
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## Prerequisites
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A Debian-family host (or container) with root/sudo:
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```
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debootstrap # rootfs bootstrap
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squashfs-tools # ISO rootfs compression
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grub2-common # grub-mkrescue (hybrid ISO)
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xorriso cpio # ISO assembly
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bash make curl git # build orchestration
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go (≥ 1.21) # only needed for `make toolchain`
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```
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Check or install them:
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```
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scripts/check-host-deps.sh # report what's missing
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scripts/check-host-deps.sh --install # apt-get install the missing bits
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```
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## Quickstart
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```
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make check # validate the tree (fast, offline, safe)
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make rootfs-server # build just the server rootfs
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make iso-server # build a bootable server ISO
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make iso # build all three editions
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make image-cloud # build the cloud edition as a qcow2 disk image
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make toolchain # build the 11 Go tools into .deb
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make vendor # build Grafana/Loki/Promtail .debs
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make test # run smoke tests against built rootfs(es)
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```
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## Outputs
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Everything lands under `build/`:
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| Path | Contents |
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|------|----------|
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| `build/rootfs/<edition>/` | extracted rootfs (from `make rootfs-*`) |
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| `build/artifacts/arcline-<edition>-<version>-<arch>.tar.xz` | archived rootfs |
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| `build/artifacts/arcline-<edition>-<version>-<arch>.iso` | bootable live ISO |
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| `build/artifacts/arcline-<edition>-<version>-<arch>.qcow2` | bootable disk image |
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| `build/debs/*.deb` | Arcline toolchain + vendor packages |
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Each artifact ships with a `.sha256` checksum file.
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## Disk images & installing
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- `make image-<edition>` builds a bootable **qcow2** disk image (the cloud
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edition's primary output; also handy for VM-testing server/workstation).
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Options: `--format raw`, `--size 4G`, `--boot efi`.
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- `scripts/install.sh /dev/sdX --edition server` installs a built rootfs onto
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a real disk (asks for explicit confirmation, then partitions, lays out
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btrfs subvolumes, installs GRUB, and writes a real fstab). Both reuse the
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shared `scripts/deploy-disk.sh`.
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## Secure boot
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Optional, MOK-based. See [secureboot](secureboot.md):
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```bash
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scripts/secureboot/gen-keys.sh
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ARCLINE_SIGN=1 make iso-server
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```
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## Reproducibility knobs
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Set these as environment variables or edit `versions.mk`:
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| Variable | Meaning | Default |
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|----------|---------|---------|
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| `VERSION` | release version string | `0.1.0` |
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| `DEBIAN_SUITE` | Debian base | `trixie` |
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| `ARCH` | target architecture | `amd64` |
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| `DEBIAN_MIRROR` | mirror for the base | `http://deb.debian.org/debian` |
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| `ARCLINE_LIVE` | install live-boot into rootfs | unset (set by ISO build) |
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| `ARCLINE_LOCK_ROOT` | lock root account (`passwd -l root`) | `0` |
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| `ARCLINE_EXTRA_REPOS` | fetch grafana/loki upstream repos | `0` |
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| `ARCLINE_TOOLCHAIN` | toolchain in image builds | `auto` |
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| `ARCLINE_SIGN` | sign boot chain with the MOK (secure boot) | `0` |
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| `BOOT` | bootloader in the image: `bios` → grub-pc, `efi` → grub-efi-amd64 + shim-signed | `bios` |
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> **Why one bootloader?** `grub-pc` and `grub-efi-amd64` conflict, so apt fails
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> with *"held broken packages"* if both are in a package list. Arcline ships
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> exactly the one matching `BOOT` (injected by `build-rootfs.sh`). For a UEFI +
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> secure-boot build: `BOOT=efi make iso-server` (or `make image-cloud` with
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> `BOOT=efi`). The deployed image/install uses the same variable by default.
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## Building without the Arcline toolchain
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The 11 Go tools (see `docs/toolchain.md`) are **optional** in an image — a
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normal `make iso-server` with no `.deb`s in `build/debs/` already produces a
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minimal, toolchain-free image. This is controlled by `ARCLINE_TOOLCHAIN`:
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| Mode | Behaviour |
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|------|-----------|
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| `auto` (default) | install the tools if `build/debs/*.deb` exist, otherwise build without them (with a warning) |
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| `skip` | never install the tools, even if debs are present |
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| `require` | **fail** the build if no toolchain debs are available |
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Examples:
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```bash
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make iso-server # auto: tools in if you ran `make toolchain`
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make iso-server-minimal # skip: guaranteed toolchain-free image
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ARCLINE_TOOLCHAIN=skip make iso-server
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ARCLINE_TOOLCHAIN=require make iso-server # release builds must ship the tools
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```
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Everything else — hardened base, firewall, btrfs, observability
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(Prometheus/node_exporter are Debian-main packages), zero-telemetry — is
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independent of the toolchain and always included.
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## Notes on the ISO
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The ISO is a **graphical installer** medium: it boots to a minimal live
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session (Xorg) that auto-starts the Arcline installer window. Pick a target
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disk, confirm the device path, and it installs to disk with the btrfs layout,
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GRUB, and a real fstab — driven by the same `deploy-disk.sh` core as the
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scripted installer.
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The live session is built by `build-live.sh` on top of the **clean** rootfs;
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the ISO carries that clean rootfs as the install source (`install/`), so what
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lands on disk is the hardened installed system — never the live session with
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the installer in it.
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Install a user + desktop afterwards if you want a graphical login
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(workstation edition already ships KDE Plasma + SDDM and boots to it).
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### Burning the ISO
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The ISO is **hybrid** (BIOS + UEFI). Write it to a USB stick with `dd` (or
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Ventoy), not as a file copy:
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```bash
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sudo dd if=build/artifacts/arcline-server-0.1.0-amd64.iso of=/dev/sdX bs=4M status=progress
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```
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The build verifies the finished ISO actually contains **both** boot entries and
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prints `✓ EFI boot entry present` / `✓ BIOS boot entry present`; `BOOT=efi`
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builds **fail** if the EFI entry is missing.
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### UEFI says "make sure there is a bootable uefi x64 image"
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That firmware error means the ISO had no UEFI boot entry. `grub-mkrescue`
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builds the ISO bootloader from the **build host's** GRUB, so the host needs the
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UEFI modules even though the image is `BOOT=efi`:
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```bash
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sudo apt-get install -y grub-efi-amd64-bin grub-pc-bin mtools
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scripts/check-host-deps.sh # should now pass; rebuild the ISO
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```
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If the entry was present but it still won't boot, enable/disable Secure Boot
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(our `BOOT=bios` ISOs are unsigned and will be refused by Secure Boot — use
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`BOOT=efi make iso-server` plus the MOK flow in `docs/secureboot.md` for
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signed, Secure-Boot-friendly media).
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