## Description
Send a notification to the workspace owner when an AI task’s app state
becomes `Working` or `Idle`.
An AI task is identified by a workspace build with `HasAITask = true`
and `AITaskSidebarAppID` matching the agent app’s ID.
## Changes
* Add `TemplateTaskWorking` notification template.
* Add `TemplateTaskIdle` notification template.
* Add `GetLatestWorkspaceAppStatusesByAppID` SQL query to get the
workspace app statuses ordered by latest first.
* Update `PATCH /workspaceagents/me/app-status` to enqueue:
* `TemplateTaskWorking` when state transitions to `working`
* `TemplateTaskIdle` when state transitions to `idle`
* Notification labels include:
* `task`: task initial prompt
* `workspace`: workspace name
* Notification dedupe: include a minute-bucketed timestamp (UTC
truncated to the minute) in the enqueue data to allow identical content
to resend within the same day (but not more than once per minute).
Closes: https://github.com/coder/coder/issues/19776
# Add Composite API Key Scopes
This PR adds high-level composite API key scopes to simplify token creation with common permission sets:
- `coder:workspaces.create` - Create and update workspaces
- `coder:workspaces.operate` - Read and update workspaces
- `coder:workspaces.delete` - Read and delete workspaces
- `coder:workspaces.access` - Read, SSH, and connect to workspace applications
- `coder:templates.build` - Read templates and create/read files
- `coder:templates.author` - Full template management with insights
- `coder:apikeys.manage_self` - Manage your own API keys
These composite scopes are persisted in the database and expanded during authorization, providing a more intuitive way to grant permissions compared to the granular resource:action scopes.
## Summary
In this pull request we're removing `agent_name` from subdomains in APP
urls when an `app` is used in the subdomain. `agent_names` will still be
used when a `port` is used in the subdomain.
Closes: https://github.com/coder/coder/issues/18485
### Changes
- Updated regex to support an optional agent name
- Added logic to support checking the app slug for a matching port
(e.g., 8080 or 8080s)
### Testing
- Updated all tests to support an optional `agent_name`
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Publish supported OAuth2 scopes from RBAC external scope names
This PR updates the OAuth2 metadata endpoints to publish the supported scopes from the RBAC external scope names. Previously, the `ScopesSupported` field was empty with a TODO to implement a scope system. Now, both the authorization server metadata and protected resource metadata endpoints return the list of scopes from `rbac.ExternalScopeNames()`.
The tests have been updated to verify that the correct scopes are being returned in the metadata responses.
# Canonicalize API Key Scopes
This PR introduces canonical API key scopes with a `coder:` namespace prefix to avoid collisions with low-level resource:action names. It:
1. Renames special API key scopes in the database:
- `all` → `coder:all`
- `application_connect` → `coder:application_connect`
2. Adds support for a new `scopes` field in the API key creation request, allowing multiple scopes to be specified while maintaining backward compatibility with the singular `scope` field.
3. Updates the API documentation to reflect these changes, including the new endpoint for listing public API key scopes.
4. Ensures backward compatibility by mapping between legacy and canonical scope names in relevant code paths.
# Add support for low-level API key scopes
This PR adds support for fine-grained API key scopes based on RBAC resource:action pairs. It includes:
1. A new endpoint `/api/v2/auth/scopes` to list all public low-level API key scopes
2. Generated constants in the SDK for all public scopes
3. Tests to verify scope validation during token creation
4. Updated API documentation to reflect the expanded scope options
The implementation allows users to create API keys with specific permissions like `workspace:read` or `template:use` instead of only the legacy `all` or `application_connect` scopes.
Fixes#19847
# Add a curated catalog of public RBAC scopes
This PR introduces a curated catalog of public RBAC scopes that are exposed to users. It adds:
- A `publicLowLevel` map in `scopes_catalog.go` that defines which resource:action pairs are user-requestable
- `IsPublicLowLevel()` function to check if a scope is in the public catalog
- `PublicLowLevelScopeNames()` function that returns a sorted list of public scopes
- Tests to verify the catalog entries are valid and properly sorted
- Updated documentation in the check-scopes README to clarify that public scopes should be added to this catalog
This change helps distinguish between internal-only scopes and those that should be exposed to users in the API.
This changes the task get endpoint to omit app statuses for previous
'lifetimes' of a workspace.
It also introduces a [breaking
change](https://github.com/coder/coder/blob/release/2.26/codersdk/aitasks.go#L83)
to bring `TaskStateComplete` in line with
`WorkspaceAppStatusStateComplete`. I can alternatively revert this
change and add a conversion function between the two SDK types.
relates to https://github.com/coder/internal/issues/912
Adds a new scaletest Runner to generate dynamic parameters load.
A later PR will add the CLI command, including creating the template & version.
# Generate RBAC scope name constants
This PR adds a new generated file `coderd/rbac/scopes_constants_gen.go` that contains typed constants for all RBAC scope names in the format `Scope<Resource><Action>`. For example, `ScopeWorkspaceRead` for the scope "workspace:read".
These constants make it easier to reference specific scopes in code without using string literals, improving type safety and making refactoring easier.
The PR:
- Adds a new template file `scripts/typegen/scopenames.gotmpl`
- Updates the typegen script to support generating scope name constants
- Updates the Makefile to include the new generated file in build targets
There is currently an issue with subdomain workspace apps on workspace
proxies, where if you have a workspace proxy wildcard nested beneath the
primary wildcard, cookies from the primary may be sent to the server
before cookies from the proxy specifically.
Currently:
1. Use a subdomain app via the primary proxy `*.coder.corp.com`
a. Client sends no cookies
a. Server does token smuggling flow
a. Server sets a cookie `coder_subdomain_app_session_token` on
`*.coder.corp.com`
a. Server redirects client to reload the page
a. Request should succeed as usual
1. Wait until the primary proxy's session token cookie has expired in
the database (or make it invalid yourself)
1. Use a subdomain app via a separate proxy `*.sydney.coder.corp.com`
a. Client sends `coder_subdomain_app_session_token` cookie from
`*.coder.corp.com`
a. Server validates supplied cookie, it fails because it's expired
a. Server does token smuggling flow
a. Server sets a cookie `coder_subdomain_app_session_token` on
`*.sydney.coder.corp.com`
a. Server redirects client to reload page
a. Client sends BOTH cookies.
a. The server will only process the first cookie it receives, so if the
expired cookie for the primary proxy is sent first the request will end
up in a permanent loop on step b.
The fix is to append `_{hash(wildcard_access_url)}` to the subdomain
cookies as we cannot control browser behavior further. This avoids the
conflict as each proxy will only read it's specific cookie.
This PR adds a readiness wait to OAuth2 metadata endpoint tests to avoid rare races with server startup. Instead of immediately making HTTP requests, the tests now use `testutil.Eventually` to retry the requests until they succeed, with a short interval between attempts. This helps prevent flaky tests that might fail due to timing issues during server initialization.
Fixes: https://github.com/coder/internal/issues/996
relates to https://github.com/coder/internal/issues/927
Refactors dbtestutil to use a `Broker` struct to create test databases. Additionally uses a `coder_testing` database to record test databases that are created and when they are dropped.
This is in preparation for the PR above this in the stack which adds a "cleaner" subprocess that cleans out any databases that were left when the test process ends.
Adds shared_with_user and shared_with_group filters to the /workspaces
endpoint.
- `shared_with_user`: filters workspaces shared with a specific user.
Accepts a user UUID or username.
- `shared_with_group`: filters workspaces shared with a specific group.
Accepts:
- a group UUID, or
- `<organization name>/<group name>`, or
- `<group name>` (resolved in the default organization).
Closes
[coder/internal#1004](https://github.com/coder/internal/issues/1004)
Solves #15575
Adds OAuth access token revocation when unlinking external auth
provider. Due to revocation not being consistently implemented by
providers this is only best effort attempt. Unsuccessful revocation
won't influence link removal.
I noticed during a scaletest that many warning logs were being generated when enqueuing notifications. The error was:
```
failed to notify of workspace creation: notification is not enabled
```
I don't think we should be warning if automated notifications fail to send to users because they have them disabled.
To fix, we'll stop returning these errors.
Fixes https://github.com/coder/internal/issues/970
The test doesn't wait for `monitor()` to complete, and the mock database call that we assert takes place in a `defer` within `monitor()`. This allows the mock assertions to race with the defer and flake the test.
Solution is to explicitly wait for `monitor()` to complete before the end of the test, so that mock assertions (which happen in a `t.Cleanup()`) don't race.
Breaking API Change:
> The presence of the `ip` field on `codersdk.ConnectionLog` cannot be
guaranteed, and so the field has been made optional. It may be omitted
on API responses.
When running a scaletest, I noticed logs of the form:
```
2025-09-12 06:34:10.924 [erro] coderd.workspaceapps: upsert connection log failed trace=0xa17580 span=0xa17620 workspace_id=81b937d7-5777-4df5-b5cb-80241f30326f agent_id=78b2ff6d-b4a6-4a4e-88a7-283e05455a88 app_id=00000000-0000-0000-0000-000000000000 user_id=00000000-0000-0000-0000-000000000000 user_agent="" app_slug_or_port=terminal status_code=404 request_id=67f03cf8-9523-444a-97bc-90de080a54c8 ...
error= 1 error occurred:
* pq: null value in column "ip" of relation "connection_logs" violates not-null constraint
```
to ensure logs are never omitted from the connection log due to a
missing IP again (i.e. I'm not sure if we can always rely on a valid,
parseable, IP from `(http.Request).RemoteAddr`), I've removed the `NOT
NULL` constraint on `ip` on `connection_logs`, and made `ip` on the API
response optional.
The specific cause for these null IPs was the
`/workspaceproxies/me/issue-signed-app-token [post]` endpoint
constructing it's own `http.Request` without a `RemoteAddr` set, and
then passing that to the token issuer.
To solve this, we'll have workspace proxies send the real IP of the
client when calling `/workspaceproxies/me/issue-signed-app-token [post]`
via the header `Coder-Workspace-Proxy-Real-IP`.
## Description
Adds support for sending an ad‑hoc custom notification to the
authenticated user via API and CLI. This is useful for surfacing the
result of scripts or long‑running tasks. Notifications are delivered
through the configured method and the dashboard Inbox, respecting
existing preferences and delivery settings.
## Changes
* New notification template: “Custom Notification” with a label for a
custom title and a custom message.
* New API endpoint: `POST /api/v2/notifications/custom` to send a custom
notification to the requesting user.
* New API endpoint: `GET /notifications/templates/custom` to get custom
notification template.
* New CLI subcommand: `coder notifications custom <title> <message>` to
send a custom notification to the requesting user.
* Documentation updates: Add a “Custom notifications” section under
Administration > Monitoring > Notifications, including instructions on
sending custom notifications and examples of when to use them.
Closes: https://github.com/coder/coder/issues/19611
Follows similarly to the bash tool (and some code to connect to an agent
was extracted from it).
There are two main parts: a new agent endpoint, and then a new MCP tool
that consumes that endpoint.
Cian Johnston