On your laptop, you want a fast local Directory server where you can test records, validate metadata, and iterate without needing a cluster. When you are ready to search, publish, or interact with a shared environment, you want the hosted Directory testbed with real authentication at the edge.

dirctl context makes that switch explicit. Instead of remembering a different --server-addr, --auth-mode, OIDC issuer, or TLS setting for every command, you can name each Directory target once and then move between them safely.

TL;DR: Run a local Directory daemon on localhost:8888, create a dirctl config with local and prod contexts, authenticate to the hosted testbed with OIDC, and show the active Directory context in your zsh or powerlevel10k prompt.

What You’ll Learn

In this post, you’ll learn:

• How to run a local Directory server with dirctl daemon
• How to create a reusable dirctl client config
• How to switch between local and hosted Directory contexts
• How OIDC authentication works for the hosted testbed
• What oidc-gateway does in a production-style deployment
• How to show the active Directory context in zsh and powerlevel10k

The Workflow: One CLI, Two Directories

A typical developer workflow looks like this:

1. Start a local Directory server on your laptop.
2. Push, pull, search, and validate records locally.
3. Switch to the hosted testbed.
4. Authenticate with OIDC.
5. Run the same dirctl commands against the remote Directory.

The commands are familiar in both places. The target and authentication are different.

flowchart LR
    developer["Developer laptop"]
    dirctl["dirctl"]
    localDaemon["Local Directory daemon"]
    oidcGateway["oidc-gateway"]
    prodDirectory["Hosted Directory"]
    idp["OIDC provider"]

    developer --> dirctl
    dirctl -->|"local context"| localDaemon
    dirctl -->|"prod context + OIDC token"| oidcGateway
    idp -->|"issuer metadata and JWKS"| oidcGateway
    oidcGateway -->|"authorized request"| prodDirectory

Without contexts, you can still pass flags manually:

dirctl --server-addr localhost:8888 search --name "*"

dirctl --server-addr prod.gateway.ads.outshift.io:443 \
  --auth-mode oidc \
  --oidc-issuer https://prod.idp.ads.outshift.io \
  --oidc-client-id dirctl \
  search --skill "natural_language_processing"

That works, but it does not scale well once you have a local daemon, a staging Directory, a hosted testbed, and maybe a partner environment. Contexts give each target a short name.

dirctl context is available starting with dirctl v1.4.0, which is planned for an upcoming release. If your local CLI does not recognize the context command yet, upgrade to v1.4.0 or newer when it is available.

Step 1: Run a Local Directory Server

For local development, the fastest path is the built-in daemon:

dirctl daemon start

The daemon runs a self-contained Directory server in one process. It starts the gRPC API on localhost:8888, uses SQLite for persistence, and stores records in a local filesystem OCI store. By default, its state lives under:

~/.agntcy/dir/

In another terminal, point dirctl at the local daemon:

dirctl --server-addr localhost:8888 search --name "*"

This local mode is useful for quick experiments because it does not require Docker, Kubernetes, PostgreSQL, or an external registry. For a deeper comparison between the local daemon and Docker Compose deployment modes, see the Local Deployment guide.

Step 2: Create a dirctl Client Config

Now let’s stop passing the server address every time.

dirctl looks for reusable client contexts in:

~/.config/dirctl/config.yaml

Create the directory and config file:

mkdir -p ~/.config/dirctl
$EDITOR ~/.config/dirctl/config.yaml

Start with two contexts: one for the local daemon and one for the hosted testbed.

current_context: local
contexts:
  local:
    server_address: localhost:8888
    auth_mode: insecure
  prod:
    server_address: prod.gateway.ads.outshift.io:443
    auth_mode: oidc
    oidc_issuer: https://prod.idp.ads.outshift.io
    oidc_client_id: dirctl

The shape is intentionally small:

• current_context is the default context used by dirctl.
• contexts contains named client configurations.
• server_address is the Directory endpoint for that context.
• auth_mode tells dirctl how to authenticate.
• oidc_issuer and oidc_client_id are used by dirctl auth login for OIDC-backed environments.

Keep this file focused on configuration, not credentials. Do not paste bearer tokens into the file for normal interactive use. dirctl auth login stores the cached login token separately, and automation should prefer short-lived tokens from its identity provider.

Step 3: Use dirctl context

Once the config exists, inspect it:

dirctl context list
dirctl context current
dirctl context show
dirctl context validate

The most important command is set:

dirctl context set prod

After that, ordinary commands use the prod context by default:

dirctl search --skill "natural_language_processing"

You can switch back to your local daemon just as easily:

dirctl context set local
dirctl search --name "*"

For one command only, use --context. This is handy when you want to query another Directory without changing your default:

dirctl --context local search --name "*"
dirctl --context prod search --skill "natural_language_processing"

Use dirctl context show when you want to confirm what will be used. Sensitive values are redacted in the output, so it is safe to copy into a support thread when debugging configuration issues.

Step 4: Authenticate to the Hosted Testbed

The local daemon is intentionally simple. It usually runs with auth_mode: insecure because it is bound to your laptop and used for development.

The hosted testbed is different. It sits behind an authentication gateway and expects an authenticated identity. For a human operator, the normal flow is:

dirctl context set prod
dirctl auth login
dirctl auth status
dirctl search --skill "natural_language_processing"

dirctl auth login starts the OIDC login flow for the active context. Depending on the environment, it can use a browser-based flow, a no-browser flow, or a device flow. Once complete, dirctl can reuse the cached token for later commands.

Directory supports several authentication modes:

For day-to-day use, keep the local context explicit with auth_mode: insecure and the hosted context explicit with auth_mode: oidc. That makes the intent obvious when you run dirctl context show.

What is oidc-gateway?

oidc-gateway is the edge component that enables users and automation access Directory from outside the cluster using standards-based identity.

In a production-style deployment, the Directory backend can keep its internal trust model focused on SPIFFE/SPIRE while external callers authenticate through OIDC, JWT, or mTLS at the gateway. The gateway verifies the credential, asks an authorization service whether the principal is allowed, and forwards only authorized requests to Directory.

sequenceDiagram
    participant User as User or automation
    participant CLI as dirctl
    participant IdP as OIDC provider
    participant Gateway as oidc-gateway
    participant Authz as ext_authz policy
    participant Directory as Directory API

    User->>CLI: dirctl auth login
    CLI->>IdP: OIDC login
    IdP-->>CLI: Short-lived token
    CLI->>Gateway: Directory request + bearer token
    Gateway->>Gateway: Validate JWT
    Gateway->>Authz: Check principal and action
    Authz-->>Gateway: Allow
    Gateway->>Directory: Forward authorized request
    Directory-->>Gateway: Response
    Gateway-->>CLI: Response

This separation matters. The CLI gets a familiar login experience, operators can integrate with their existing identity provider, and backend services do not need to grow one-off authentication paths for every external client.

With recent oidc-gateway deployments, operators may expose two hostnames:

• An OIDC/JWT hostname for auth_mode: oidc, cached OIDC login, pre-issued JWTs, and CI workload identity.
• An mTLS hostname for auth_mode: x509 or auth_mode: tls, where the gateway validates the client certificate.

Use the endpoint that matches the credential you send. If you use the OIDC context above, point it at the OIDC/JWT hostname. For operator-level setup, see OIDC Authentication for Directory.

Step 5: Show the Directory Context in zsh

Contexts reduce typing, but they also introduce a new question: which Directory am I pointing at right now?

If you use zsh, you can add a small helper that prints the active dirctl context. It fails quietly when dirctl is unavailable or no context is configured.

function dirctl_context_prompt() {
  local ctx
  ctx=$(dirctl context current --quiet 2>/dev/null) || return
  [[ -n "$ctx" ]] && print -r -- "dir:$ctx"
}

You can try it directly:

dirctl_context_prompt

If your current context is prod, it prints:

dir:prod

For a simple custom prompt, you can wire it into PROMPT:

setopt PROMPT_SUBST
PROMPT='$(dirctl_context_prompt) %~ %# '

That is enough to make the active Directory visible before every command.

Powerlevel10k Integration

If you use powerlevel10k, define a custom prompt segment in ~/.p10k.zsh:

function prompt_dirctl_context() {
  local ctx
  ctx=$(dirctl context current --quiet 2>/dev/null) || return
  [[ -n "$ctx" ]] || return

  p10k segment -f 39 -i 'DIR' -t "$ctx"
}

Then add dirctl_context to one of your prompt element arrays:

typeset -g POWERLEVEL9K_RIGHT_PROMPT_ELEMENTS=(
  dirctl_context
  status
  command_execution_time
  time
)

Now your prompt shows the active Directory context next to your other session state. When the prompt says prod, you know commands are going to the hosted testbed. When it says local, you know you are working against your daemon.

Troubleshooting

dirctl context current --quiet prints nothing

No current_context is set, or the config file does not exist yet. Create ~/.config/dirctl/config.yaml, then run:

dirctl context set local

dirctl context validate reports an unknown field

The client config parser validates known fields. Check for typos such as server-addr instead of server_address, or authMode instead of auth_mode.

server_address is required

Every usable context needs a server_address:

contexts:
  local:
    server_address: localhost:8888

The local context cannot connect

Make sure the daemon is running:

dirctl daemon start

Then test the local context:

dirctl --context local search --name "*"

The prod context says you are not authenticated

Log in again:

dirctl context set prod
dirctl auth login
dirctl auth status

If login succeeds but API calls still fail, confirm that your user or organization is allowed by the hosted environment’s policy.

OIDC and mTLS endpoints are easy to mix up

If your context uses auth_mode: oidc, use the OIDC/JWT gateway hostname. If your context uses auth_mode: x509 or auth_mode: tls, use the mTLS gateway hostname.

Wrap-up

dirctl context is a small feature with a big impact on day-to-day Directory usage.

You can keep a local daemon for fast iteration, use the hosted testbed with OIDC when you need a shared Directory, and make the active target visible in your shell prompt. The result is less flag juggling, fewer accidental commands against the wrong environment, and a smoother path from local development to authenticated Directory access.

For deeper reference material, continue with the Directory CLI guide, the Local Deployment guide, and OIDC Authentication for Directory.