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coder/docs/admin/integrations/jfrog-artifactory.md
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Nick Vigilante c84aa564ba docs: normalize code-fence languages for Shiki compatibility (#27161)
Normalizes non-standard code-fence language tags across `docs/**` so a
strict highlighter (Shiki, used by Fumadocs) won't fail the build on an
unrecognized language, and unifies redundant synonym tags onto one
canonical form per language. The current renderer (Speed-Highlight)
detects the language from the code content, not the fence label, so this
drift wasn't visible until now.

## Changes

- `hcl` -> `tf` (199 fences, including indented ones nested in
numbered/bulleted lists). Shiki ships `hcl` and `terraform` as two
distinct grammars (not aliases); every `hcl`-tagged fence in `docs/**`
is actually Terraform resource/data/provider syntax, so the more
specific `terraform` grammar is correct for all of them. `tf` is Shiki's
own alias for that grammar, and it's also what GitHub's own markdown
renderer resolves to the same HCL/Terraform highlighting.
- `pwsh`/`powershell` -> `ps1`. Both `ps` and `ps1` are registered
PowerShell aliases in Shiki, but on GitHub's renderer only `.ps1` is a
registered file extension (`.ps` isn't), so `ps1` renders identically to
`powershell` there today while bare `ps` would silently lose
highlighting.
- `env` -> `dotenv` (a dedicated Shiki grammar for `KEY=VALUE` files)
- `text`/`output`/`none`/`url` -> `txt`. Same built-in plain-text
fallback either way, just shorter.
- `Dockerfile` -> `dockerfile` (lowercase)
- `bash`/`shell` -> `sh` (732 fences). Shiki and GitHub both alias all
three to a single shell grammar; this was already the style guide's
stated preference, just not enforced across the existing corpus until
now.
- `markdown` -> `md` (4 fences). Alias of the same grammar in both Shiki
and GitHub.
- `jsonc` -> `json` (1 fence). The block has no comments or trailing
commas, so it doesn't need the comments-capable grammar.
- `ts` -> `tsx` (2 fences, `docs/about/contributing/frontend.md`).
Verified the actual content tokenizes identically under both grammars,
and a sibling block in the same file already needs `tsx` for real JSX,
so unifying to one tag is safe for this file. Documented a caveat: `tsx`
mis-tokenizes the legacy angle-bracket type-assertion syntax
(`<Type>value`), which is invalid in real `.tsx` files anyway, so use
`value as Type` instead.
- `yml` -> `yaml` (1 fence)
- Updated `docs/.style/style-guide/formatting.md` to document all
canonical tags

`promql` (2 fences) and `caddyfile` (2 fences) are left as-is. Shiki
doesn't bundle a grammar for either, so they need a custom grammar
registration when the site adopts Shiki, rather than degrading to `txt`.
Tracked as follow-up work under DOCS-118 and
[DOCS-544](https://linear.app/codercom/issue/DOCS-544/vendor-a-local-promql-grammar-for-shiki-syntax-highlighting)
(promql).

Does not touch `offlinedocs/`.

Linear:
[DOCS-476](https://linear.app/codercom/issue/DOCS-476/normalize-docs-code-fence-languages-de-risk-shikifumadocs)

<details>
<summary>How the fence tags were verified</summary>

Each tag was tested against a real `shiki@latest` highlighter instance
(`codeToHtml`/`codeToTokens`) and cross-checked against GitHub's
`@wooorm/starry-night` grammar sources (the renderer that actually
displays these `.md` files today, in repo browsing and PR diffs), since
that's what determines whether brevity is safe before Shiki adoption:

```text
FAIL  env        -- Language `env` is not included in this bundle.
FAIL  Dockerfile -- Language `Dockerfile` is not included in this bundle.
FAIL  promql     -- Language `promql` is not included in this bundle.
FAIL  caddyfile  -- Language `caddyfile` is not included in this bundle.
FAIL  pwsh       -- Language `pwsh` is not included in this bundle.
FAIL  output     -- Language `output` is not included in this bundle.
```

`hcl` doesn't error in Shiki, since it's a real grammar, but that's
exactly the trap: it was silently rendering every fence with the generic
HCL grammar instead of the Terraform-specific one. Every `hcl`-tagged
fence in `docs/**` was manually checked against `origin/main` and is
genuinely Terraform content.

For `ts`/`tsx`, tokenizing the actual doc content confirmed identical
output under both grammars; a synthetic test with the legacy
angle-bracket cast syntax confirmed `tsx` degrades on that specific
construct, which the style guide now calls out.

The first normalization pass only matched fence tags at column 0
(`^```tag$`), missing tags indented inside numbered/bulleted lists. A
follow-up pass caught the remaining occurrences at any indentation
level.

</details>


---

*This PR description and the underlying changes were prepared with Coder
Agents assistance.*
2026-07-15 14:07:09 -04:00

6.0 KiB

JFrog Artifactory Integration

Use Coder and JFrog Artifactory together to secure your development environments without disturbing your developers' existing workflows.

This guide will demonstrate how to use JFrog Artifactory as a package registry within a workspace.

Requirements

  • A JFrog Artifactory instance
  • 1:1 mapping of users in Coder to users in Artifactory by email address or username
  • Repositories configured in Artifactory for each package manager you want to use

Provisioner Authentication

The most straight-forward way to authenticate your template with Artifactory is by using our official Coder modules. We publish two type of modules that automate the JFrog Artifactory and Coder integration.

  1. JFrog-OAuth
  2. JFrog-Token

JFrog-OAuth

This module is usable by JFrog self-hosted (on-premises) Artifactory as it requires configuring a custom integration. This integration benefits from Coder's external-auth feature allows each user to authenticate with Artifactory using an OAuth flow and issues user-scoped tokens to each user.

To set this up, follow these steps:

  1. Add the following to your Helm chart values.yaml for JFrog Artifactory. Replace CODER_URL with your JFrog Artifactory base URL:

    artifactory:
      enabled: true
      frontend:
      extraEnvironmentVariables:
        - name: JF_FRONTEND_FEATURETOGGLER_ACCESSINTEGRATION
          value: "true"
      access:
      accessConfig:
        integrations-enabled: true
        integration-templates:
          - id: "1"
            name: "CODER"
            redirect-uri: "https://CODER_URL/external-auth/jfrog/callback"
            scope: "applied-permissions/user"
    
  2. Create a new Application Integration by going to https://JFROG_URL/ui/admin/configuration/integrations/app-integrations/new and select the Application Type as the integration you created in step 1 or Custom Integration if you are using SaaS instance i.e. example.jfrog.io.

  3. Add a new external authentication to Coder by setting these environment variables in a manner consistent with your Coder deployment. Replace JFROG_URL with your JFrog Artifactory base URL:

    # JFrog Artifactory External Auth
    CODER_EXTERNAL_AUTH_1_ID="jfrog"
    CODER_EXTERNAL_AUTH_1_TYPE="jfrog"
    CODER_EXTERNAL_AUTH_1_CLIENT_ID="YYYYYYYYYYYYYYY"
    CODER_EXTERNAL_AUTH_1_CLIENT_SECRET="XXXXXXXXXXXXXXXXXXX"
    CODER_EXTERNAL_AUTH_1_DISPLAY_NAME="JFrog Artifactory"
    CODER_EXTERNAL_AUTH_1_DISPLAY_ICON="/icon/jfrog.svg"
    CODER_EXTERNAL_AUTH_1_AUTH_URL="https://JFROG_URL/ui/authorization"
    CODER_EXTERNAL_AUTH_1_SCOPES="applied-permissions/user"
    
  4. Create or edit a Coder template and use the JFrog-OAuth module to configure the integration:

    module "jfrog" {
      count          = data.coder_workspace.me.start_count
      source         = "registry.coder.com/modules/jfrog-oauth/coder"
      version        = "1.0.19"
      agent_id       = coder_agent.example.id
      jfrog_url      = "https://example.jfrog.io"
      username_field = "username" # If you are using GitHub to login to both Coder and Artifactory, use username_field = "username"
    
      package_managers = {
        npm    = ["npm", "@scoped:npm-scoped"]
        go     = ["go", "another-go-repo"]
        pypi   = ["pypi", "extra-index-pypi"]
        docker = ["example-docker-staging.jfrog.io", "example-docker-production.jfrog.io"]
      }
    }
    

JFrog-Token

This module makes use of the Artifactory terraform provider and an admin-scoped token to create user-scoped tokens for each user by matching their Coder email or username with Artifactory. This can be used for both SaaS and self-hosted (on-premises) Artifactory instances.

To set this up, follow these steps:

  1. Get a JFrog access token from your Artifactory instance. The token must be an admin token with scope applied-permissions/admin.

  2. Create or edit a Coder template and use the JFrog-Token module to configure the integration and pass the admin token. It is recommended to store the token in a sensitive Terraform variable to prevent it from being displayed in plain text in the terraform state:

    variable "artifactory_access_token" {
      type      = string
      sensitive = true
    }
    
    module "jfrog" {
      source                   = "registry.coder.com/modules/jfrog-token/coder"
      version                  = "1.0.30"
      agent_id                 = coder_agent.example.id
      jfrog_url                = "https://XXXX.jfrog.io"
      artifactory_access_token = var.artifactory_access_token
      package_managers = {
        npm    = ["npm", "@scoped:npm-scoped"]
        go     = ["go", "another-go-repo"]
        pypi   = ["pypi", "extra-index-pypi"]
        docker = ["example-docker-staging.jfrog.io", "example-docker-production.jfrog.io"]
      }
    }
    

Note

The admin-level access token is used to provision user tokens and is never exposed to developers or stored in workspaces.

If you don't want to use the official modules, you can read through the example template, which uses Docker as the underlying compute. The same concepts apply to all compute types.

Air-Gapped Deployments

See the air-gapped deployments section for instructions on how to use Coder modules in an offline environment with Artifactory.

Next Steps