## Summary Nests the CLI reference by subcommand so the Command Line sidebar collapses from 156 flat entries to 49 top-level verbs. Each page's URL follows the invocation, its page title is the full command as inline code, and its sidebar label is only its own verb as inline code. | | Before | After | | --- | --- | --- | | File | `docs/reference/cli/oauth2-provider_dcr_disable.md` | `docs/reference/cli/oauth2-provider/dcr/disable.md` | | URL | `/reference/cli/oauth2-provider_dcr_disable` | `/reference/cli/oauth2-provider/dcr/disable` | | Page title (front matter) | `oauth2-provider dcr disable` | `` `coder oauth2-provider dcr disable` `` | | Sidebar label (manifest) | `oauth2-provider dcr disable` | `` `disable` `` | Resolves DOCS-140 (coder/coder half). Also fixes the Makefile part of DOCS-1073 / DOCS-912, which this change depends on. ## Changes - `scripts/clidocgen`: pages nest by command path. A command with visible subcommands becomes its directory's `index.md`, so `oauth2-provider/index.md` and `oauth2-provider/dcr/index.md` sit above `oauth2-provider/dcr/disable.md`. Subcommand table links are relative to the parent page. - `scripts/clidocgen`: the manifest "Command Line" section is built from the command tree (nested, sorted by name, hidden commands skipped) instead of a flat list. The redundant `coder` child that pointed back at `reference/cli/index.md` is gone. - `Makefile`: the CLI rule now replaces `docs/reference/cli/` wholesale, so stale pages get removed. The manifest rule now runs `clidocgen -manifest-only` on top of the API staging manifest, so the CLI nav is generated instead of edited by hand. As a result, the nine pages that had no nav entry (`ai-gateway*`, `secret enable/disable`, `server fix-oidc-links`) now have one. - `scripts/configdocgen` and 48 prose pages: links point at the new paths (for example `reference/cli/server.md` is now `reference/cli/server/index.md`). ## How to review/QA this PR - `docs/reference/cli/**/*` (approximately 190 pages): Each of these pages are generated automatically. Some pages appear deleted, and some pages appear new. Every deleted page corresponds to a new page somewhere else, so no information is being deleted. The docs in this section should adhere to the following, so a test in the build preview for each of these items should be satisfactory: - [ ] Each subcommand of a command gets nested as a child instead of being displayed as a flat list. - [ ] Each parent command is stored in an `index.md` file. - [ ] The title of each page inside the page should now feature the full `coder XYZ` command. - [ ] The title of each page inside the page should now be formatted as inline code. - [ ] The title of each page in the sidebar should be the most granular subcommand of the whole command string (if the page's title is `coder ai-gateway keys create`, the sidebar label is `create`). - [ ] The title of each page in the sidebar should now be formatted as inline code. - [ ] The page slug for each page is now the most granular subcommand. - [ ] All links now point to the correct page. - `docs/manifest.json`: The changes here reflect the updated structure of the `docs/reference/cli` section. - `docs/**/*.md` outside of `docs/reference/cli/**/*` (approximately 50 pages): The extent of the changes in these pages are just updating the paths to point to the new page locations. - [ ] The links on the page all point to the correct new path in `docs/reference/cli`. - `scripts/clidocgen` (4 files): This is the Go code responsible for generating everything inside of `docs/reference/cli/**/*`. A typical code review here should be satisfactory. - `scripts/configdocgen` (2 files): these two files just have updates to the raw `.md` path used by `docs/admin/setup/configuration-reference.md` and updates the tests to reflect that. - `Makefile`: This updates the `make` targets for generating the CLI docs to fit the new structure. ## Merge ordering Without the renderer PRs deployed, both docs sites show literal backticks in titles and sidebar labels. Without the redirects, the old flat URLs return 404. 1. Deploy before merging this PR: coder/docs-engine#176 (beta-docs renders these titles as inline code) and coder/coder.com#1111 (classic docs renders them as inline code). Both are safe to ship first, because titles without backticks render as before. 2. Merge this PR. 3. Merge coder/coder.com#1112 (redirects from the old flat URLs) only once this content reaches the mainline release branch that serves unversioned `/docs`. ## Testing - `go test ./scripts/clidocgen/ ./scripts/configdocgen/ ./scripts/docshtmlcheck/`: pass. New tests cover page paths, subcommand links, the nested manifest, and front matter quoting. - `make docs/reference/cli/index.md docs/manifest.json docs/admin/setup/configuration-reference.md`, then a forced rerun: the second run produced no diff. - Checked the manifest: all 164 CLI entries resolve to a file, no page is missing a nav entry, and everything outside "Command Line" is byte-identical. - Relative `.md` links across `docs/`: 0 broken, same as `main`. - `make pre-commit` and `make pre-push`: pass. On earlier pre-push attempts, different unrelated vitest files timed out under host load. Those files pass when run alone, and the final push passed with `PARALLEL_JOBS=1`. <details> <summary>Implementation plan and decision log</summary> **Goal (from DOCS-140 and the requester):** URLs follow the command hierarchy. Pages are titled with the full command, and sidebar entries with the last verb only. Both are formatted as inline code. **Contract with the renderers:** a title wrapped entirely in one pair of backticks (``^`[^`]+`$``) renders as inline code. Plain-text consumers (`<title>`, meta, search, llms corpus) strip the backticks. Page title comes from front matter `title`, and the sidebar label from the manifest node `title`. **Decisions** - A parent command is `dir/index.md` rather than a sibling `dir.md`. The root CLI page is already `index.md`, and both docs-engine and the legacy coder.com renderer map `x/index.md` to `/x`. - The manifest is built from the command tree, not from the written files, so ordering is deterministic and the nesting matches the pages exactly. - The manifest discard bug (DOCS-1073 item 1) is fixed here, because without that fix the generated nested manifest would never reach the tree. DOCS-1073 items 2 through 4 (a prose fix and a hidden-command policy) are out of scope. - `-manifest-only` keeps the existing parallel `make gen` layout: the API rule still owns `_gen/manifest-staging.json`, and CLI regeneration doesn't retrigger swag. - The renderer and redirect work lives in the companion PRs in coder/docs-engine and coder/coder.com. It is linked above and not duplicated here. </details> --- > [!NOTE] > Generated by Coder Agents on behalf of @nickvigilante.
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| title |
|---|
| Add an Envbuilder template |
A Coder administrator adds an Envbuilder-compatible template to Coder. This
allows the template to prompt the developer for their dev container repository's
URL as a parameter when they create
their workspace. Envbuilder clones the repo and builds a container from the
devcontainer.json specified in the repo.
You can create template files through the Coder dashboard, CLI, or you can choose a template from the Coder registry:
Dashboard
- In the Coder dashboard, select Templates > New Template. The template builder opens.
- The template builder does not currently include dev-container-compatible base templates. Select Upload an existing template at the bottom of the page to upload your Terraform files directly.
- Upload your
.zipor.tar.gzfile, enter the details, then select Create template. - Edit the template files to fit your deployment.
CLI
-
Use the
template initcommand to initialize your choice of image:coder template init --id kubernetes-devcontainerA list of available templates is shown in the templates_init reference.
-
cdinto the directory and push the template to your Coder deployment:cd kubernetes-devcontainer && coder templates pushYou can also edit the files or make changes to the files before you push them to Coder.
Registry
-
Go to the Coder registry and select a dev container-compatible template.
-
Copy the files to your local device, then edit them to fit your needs.
-
Upload them to Coder through the CLI or dashboard:
- CLI:
coder templates push <template-name> -d <path to folder containing main.tf>- Dashboard:
-
Create a
.zipof the template files:-
On Mac or Windows, highlight the files and then right click. A "compress" option is available through the right-click context menu.
-
To zip the files through the command line:
zip templates.zip Dockerfile main.tf
-
-
Select Templates.
-
Select Create Template, then Upload template:
-
Drag the
.zipfile into the Upload template section and fill out the details, then select Create template.
To set variables such as the namespace, go to the template in your Coder dashboard and select Settings from the ⋮ (vertical ellipsis) menu:
Envbuilder Terraform provider
When using the Envbuilder Terraform provider, a previously built and cached image can be reused directly, allowing dev containers to start instantaneously.
Developers can edit the devcontainer.json in their workspace to customize
their development environments:
# …
{
"features": {
"ghcr.io/devcontainers/features/common-utils:2": {}
}
}
# …
Example templates
| Template | Description |
|---|---|
| Docker dev containers | Docker provisions a development container. |
| Kubernetes dev containers | Provisions a development container on the Kubernetes cluster. |
| Google Compute Engine dev container | Runs a development container inside a single GCP instance. It also mounts the Docker socket from the VM inside the container to enable Docker inside the workspace. |
| AWS EC2 dev container | Runs a development container inside a single EC2 instance. It also mounts the Docker socket from the VM inside the container to enable Docker inside the workspace. |
Your template can prompt the user for a repo URL with parameters:
Dev container lifecycle scripts
The onCreateCommand, updateContentCommand, postCreateCommand, and
postStartCommand lifecycle scripts are run each time the container is started.
This could be used, for example, to fetch or update project dependencies before
a user begins using the workspace.
Lifecycle scripts are managed by project developers.


