The registry sits behind a reverse proxy that 413s large blob pushes,
so templates/web/Dockerfile's oversized RUN blocks (apt installs,
rustup targets, cargo installs) are broken up so no single layer is
too big to push.
Also adds templates/<name>/VERSION (starting at "1" for all six
templates) and has the provision job's push step look up whether that
version is already pushed before running coder templates push, since
the workflow triggers on any change under templates/** and previously
reprovisioned every template on every push, not just the one that
changed.
DID_GITEA detection and the SSH/GPG key uploads to Gitea were reading
tea's config.yml directly with awk, assuming 2-space indentation and a
plaintext `token:` field. Neither holds: the real format uses 6-space
indentation for fields under each login, and a login done via OAuth
(tea's default flow) has no token field in the file at all - it's held
elsewhere. Confirmed live: a workspace with a genuinely active `tea`
OAuth login was still reporting "not logged in" and skipping the whole
key-setup step because of this.
Replaced with tea's own subcommands, which handle auth internally
regardless of method:
- detection: `tea whoami`
- SSH key upload: `tea ssh-keys add`
- GPG key upload: `tea api -X POST /user/gpg_keys -F armored_public_key=@-`
Verified all three directly against the live account (disposable test
SSH + GPG keys, added then removed) - SSH upload succeeded; the GPG
upload correctly failed for an unrelated, expected reason (Gitea
requires the key's email to match a verified account email, and the
test key used a throwaway address), confirming the request itself is
well-formed.
The SSH/GPG key-generation question only fires when gh/tea are actually
logged in (DID_GITHUB/DID_GITEA), which is correct - but if login was
declined, failed, or never completed, the section was skipped with zero
explanation. From the user's side that looked like a missing feature
rather than an unfinished login.
Confirmed on a live workspace: gh was never installed, and tea was
installed but `tea login add` never actually completed (no
~/.config/tea/config.yml), so the gate correctly stayed closed - the
user just had no way to know why. Now prints a one-line hint (only when
gh or tea is installed at all) pointing at the login command and the
--force re-run.
- Every template's coder_agent startup script now unconditionally
installs git and gnupg as base packages (guarded on `command -v`, so
it's a fast no-op where already present, e.g. templates/web's baked
image). Not every base image ships gnupg by default.
- cli-setup-wizard.sh (all 6 templates) now tracks whether the user
actually ended up authenticated against GitHub and/or Gitea via the
existing gh/tea install-and-login prompts. If at least one succeeded,
it asks once more whether to auto-generate an SSH key (ed25519) and a
GPG signing key (ed25519, quick-gen) and register them with whichever
host(s) are in play - stays completely silent for "local git only"
(neither gh nor tea set up).
- GitHub: `gh ssh-key add` / `gh gpg-key add` (official gh CLI
subcommands).
- Gitea: direct calls against `/api/v1/user/keys` and
`/api/v1/user/gpg_keys`, reusing the token `tea login add` already
stored in tea's config.yml (parsed with a small awk extractor).
- Either upload failing (already added, API shape mismatch, etc.)
just prints the manual command/URL and moves on - never blocks the
rest of the wizard, consistent with every other step's style.
- git is configured to sign commits with the new key
(user.signingkey + commit.gpgsign) once a GPG key exists, whether
freshly generated or already present from a prior run.
README updated to document both additions.
The coder_agent's coder_script resources run as the unprivileged coder
user, which can't mkdir under root-owned /opt. Every template hit this
identically (mkdir: cannot create directory '/opt/coder': Permission
denied) since coder_script content is shared verbatim across all 6.
coder has passwordless sudo everywhere, so sudo mkdir + chown to the
running user unblocks the rest of each script's non-sudo writes.
Removing the jetbrains module (previous commit) dropped the only thing in
these templates that used the hashicorp/http provider (the module fetched
IDE metadata via it internally). terraform init only installs providers the
current config declares, but any workspace whose state still has resources
from a template version that included the jetbrains module needs that
provider available to reconcile/destroy those entries - without it,
plan/apply fails with "Missing required provider ... hashicorp/http".
Re-declaring it in required_providers (all 6 templates) unblocks those
existing workspaces' next apply. Safe to remove again once every workspace
has updated past the jetbrains-module version.
- cli-setup-wizard.sh (identical across all 6 templates): add GitHub CLI
(gh, installed via the official apt repo) and Gitea CLI (tea, official
binary release to ~/.local/bin) as two more opt-in install-then-login
prompts, alongside the existing Copilot/Antigravity/Claude Code CLI
entries. Same pattern: skip if already installed, ask before installing,
attempt login, never hard-fail the wizard.
- main.tf (all 6 templates): remove the `module "jetbrains"` block - not
used, dropped per request.
- README.md: update the "Layout" blurb and CLI setup wizard tool list to
match.
coder templates push -d templates/<env> only uploads that directory to the
Coder server, so main.tf's file() references reaching outside it via
../../profile-templates and ../../scripts failed at push/apply time
("Invalid function argument ... this function works only with files that
are distributed as part of the configuration source code"). Confirmed via
an actual failed run of coder-templates.yml once the runner network fix let
it get that far.
Fix: duplicate profile.code-profile, cli-setup-wizard.sh, and
install-skills.sh into each templates/<env>/ directory and drop the old
shared scripts/ and profile-templates/ directories.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Adds scripts/install-skills.sh: pulls this repo's extensions/ skill
bundles (SKILL.md-format) at workspace startup and installs them into
Claude Code (~/.claude/skills), GitHub Copilot CLI (~/.copilot/skills),
and Antigravity CLI (~/.gemini/config/skills). Every env gets the common
awesome-skills-plugin bundle; COBOL/3D/TTRPG additionally get their
matching skill(s) from custom-specialty-plugin via a per-template
SPECIALTY_SKILLS value.
Each template also installs Bun via a coder_script and hooks ~/.bun/bin
onto PATH in .bashrc (the bun.sh installer doesn't reliably do this in a
scripted shell). The CLI setup wizard now uses `bun install -g` instead
of `npm install -g` for GitHub Copilot CLI and Claude Code CLI.
All six templates re-validated with terraform init/validate against the
real coder-server container on octo-winsrv.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
The old root main.tf tried to switch dev profiles inside one shared
container via a coder_parameter dropdown; the settings-application path
looked for a *.json cache file that never existed (the cache was written
as *.code-profile), so profile settings never actually applied, and VS
Code extensions were copied from extensions/ (which turns out to be
Claude Code plugin bundles, not real VS Code extension packages).
Replace it with one independent Coder template per environment
(templates/default, 3d-printing, cobol, python, ttrpg, web). Each reads
its matching profile-templates/*.code-profile file at template-push time
via file()/jsondecode(), feeds the extension ID list straight into the
code-server module's `extensions` input, and writes the raw settings.json
text via a coder_script - no runtime Gitea zip download needed anymore.
Also add scripts/cli-setup-wizard.sh, hooked into every new interactive
shell until completed, offering to install/log into GitHub Copilot CLI,
Google Antigravity CLI, and Claude Code CLI. VS Code extensions are
deliberately not asked about there since Terraform already handles them.
All six templates verified with `terraform init`/`validate` against the
real coder-server container on octo-winsrv.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
octoturge