This PR adds the backend implementation for modifying task prompts. Part
of https://github.com/coder/internal/issues/1084
## Changes
- New `UpdateTaskPrompt` database query to update task prompts
- New PATCH `/api/v2/tasks/{task}/prompt` endpoint
## Notes
This is part 1 of a 2-part PR stack. The frontend UI will be added in a
follow-up PR based on this branch
(https://github.com/coder/coder/pull/20812).
---
🤖 PR was written by Claude Sonnet 4.5 Thinking using [Coder
Mux](https://github.com/coder/cmux) and reviewed by a human 👩
Closes https://github.com/coder/coder/issues/20711
We now allow agents to be created on dormant workspaces.
I've ran the test with and without the change. I've confirmed that -
without the fix - it triggers the "rbac: unauthorized" error.
* Adds a `GetTaskByOwnerIDAndName` query
* Updates `httpmw.TaskParam` to fall back to task name if no task by
UUID found.
* Updates the `TaskByIdentifier` used in `cli/` to use direct lookup instead of searching.
* Instead of prompting the user to start a deleted workspace (which is
silly), prompt them to create a new task instead.
* Adds a warning dialog when deleting a workspace
* Updates provisionerdserver to delete the related task if a workspace
is related to a task
We recently made a change to the `wsbuilder` to handle task related
logic. Our test coverage for the lifecycle executor didn't handle this
scenario and so we missed that it had insufficient permissions.
This PR adds `Update` and `Read` permissions for `Task`s in the
lifecycle executor, as well as an autostart/autostop test tailored to
task workspaces to verify the change.
---
Anthropic's Claude Sonnet 4.5 Thinking was involved in writing the tests
## Description
The membership reconciliation ensures the prebuilds system user is a
member of all organizations with prebuilds configured. To support
prebuilds quota management, each organization must have a prebuilds
group that the system user belongs to.
## Problem
Previously, membership reconciliation iterated over all presets to check
and update membership status. This meant database queries
`GetGroupByOrgAndName` and `InsertGroupMember` were executed for each
preset. Since presets are unique combinations of `(organization,
template, template version, preset)`, this resulted in several redundant
checks for the same organization.
In dogfood, `InsertGroupMember` was called thousands of times per day,
even though memberships were already configured ([internal Grafana
dashboard link](https://grafana.dev.coder.com/goto/46MZ1UgDg?orgId=1))
<img width="5382" height="1788" alt="Screenshot 2025-10-28 at 16 01 36"
src="https://github.com/user-attachments/assets/757b7253-106f-4f72-8586-8e2ede9f18db"
/>
## Solution
This PR introduces `GetOrganizationsWithPrebuildStatus`, a single query
that returns:
* All unique organizations with prebuilds configured
* Whether the prebuilds user is a member of each organization
* Whether the prebuilds group exists in each organization
* Whether the prebuilds user is in the prebuilds group
The membership reconciliation logic now:
* Fetches status for all organizations in one query
* Only performs inserts for organizations missing required memberships
or groups
* Safely handles concurrent operations via unique constraint violations
* This reduces database load from `O(presets)` to `O(organizations)` per
reconciliation loop, with a single read query when everything is
configured.
## Changes
* Add `GetOrganizationsWithPrebuildStatus` SQL query
* Update `membership.ReconcileAll` to use organization-based
reconciliation instead of preset-based
* Update tests to reflect new behavior
Related to internal thread:
https://codercom.slack.com/archives/C07GRNNRW03/p1760535570381369
## Description
PR https://github.com/coder/coder/pull/20387 introduced canceling
pending prebuild jobs from inactive template versions to avoid
provisioning obsolete workspaces. However, the associated prebuilds
remained in the database with "Canceled" status, visible in the UI.
This PR now orphan-deletes these canceled prebuilt workspaces. Since the
canceled jobs were never processed by a provisioner, no Terraform
resources were created, making orphan deletion safe.
Orphan deletion always creates a provisioner job, but behaves
differently based on provisioner availability:
- If no provisioner daemon is available, the job is immediately marked
as completed and the workspace is marked as deleted without any
provisioner processing
- If a provisioner daemon is available, it processes the delete job with
empty Terraform state (no actual resources to destroy)
The job cancellation and workspace deletion occur atomically in the same
transaction. We don't split this into two separate reconciliation runs
because there's no way to distinguish between system-canceled prebuilds
and user-canceled workspaces. If we deleted canceled workspaces in a
later run, we'd delete user-canceled workspaces that users may want to
keep for troubleshooting.
Note: This only applies to system-generated prebuilds from inactive
template versions.
## Changes
* Update `UpdatePrebuildProvisionerJobWithCancel` query to return job
ID, workspace ID, template ID, and template version preset ID
* Add `DeprovisionMode` enum to support orphan deletion in the provision
flow
* Update `ActionTypeCancelPending` handler to cancel jobs and
orphan-delete associated workspaces atomically
- Adds a new table to keep track of which payloads have already been
reported since we only report for the last clock hour
- Adds a query to gather and aggregate all the data by
provider/model/client
Relates to https://github.com/coder/coder-telemetry-server/issues/27
## Description
This PR introduces an optimization to automatically cancel pending
prebuild-related jobs from non-active template versions in the
reconciliation loop.
## Problem
Currently, when a template is configured with more prebuild instances
than available provisioners, the provisioner queue can become flooded
with pending prebuild jobs. This issue is worsened when
provisioning/deprovisioning operations take a long time.
When the prebuild reconciliation loop generates jobs faster than
provisioners can process them, pending jobs accumulate in the queue.
Since prebuilt workspaces should always run the latest active template
version, pending prebuild jobs from non-active versions become obsolete
once a new version is promoted.
## Solution
The reconciliation loop cancels pending prebuild-related jobs from
non-active template versions that match the following criteria:
* Build number: 1 (initial build created by the reconciliation loop)
* Job status: `pending`
* Not yet picked up by a provisioner (`worker_id` is `NULL`)
* Owned by the prebuilds system user
* Workspace transition: `start`
This prevents the queue from being cluttered with stale prebuild jobs
that would provision workspaces on an outdated template version that
would consequently need to be deprovisioned.
## Changes
* Added new SQL query `CountPendingNonActivePrebuilds` to identify
presets with pending jobs from non-active versions
* Added new SQL query `UpdatePrebuildProvisionerJobWithCancel` to cancel
jobs for a specific preset
* New reconciliation action type `ActionTypeCancelPending` handles the
cancellation logic
* Cancellation is non-blocking: failures to cancel prebuild jobs are
logged as errors and don't prevent other reconciliation actions
## Follow-up PR
Canceling pending prebuild jobs leaves workspaces in a Canceled state.
While no Terraform resources need to be destroyed (since jobs were
canceled before provisioning started), these database records should
still be cleaned up. This will be addressed in a follow-up PR.
Closes: https://github.com/coder/coder/issues/20242
This PR uses the same sha256 hashing technique as we use for APIKeys. So
now all randomly generated secrets will be hashed with sha256 for
consistency.
This is a breaking change for the oauth tokens. Since oauth is only
allowed for dev builds and experimental, this is ok.
- Adds FK from `aibridge_interceptions.initiator_id` to `users.id`
- This is enforced by deleting any rows that don't have any users. Since
this is an experimental feature AND coder never deletes user rows I
think this is acceptable.
- Adds `name` as a property on `codersdk.MinimalUser`
- This matches the `visible_users` view in the database. I'm unsure why
`name` wasn't already included given that `username` is.
- Adds a new `initiator` field to `codersdk.AIBridgeInterception` which
contains `codersdk.MinimalUser` (ID, username, name, avatar URL)
- Removes `initiator_id` from `codersdk.AIBridgeInterception`
- Should be fine since we're still in early access
Necessary for the frontend to be able to paginate easily. Cursor
pagination is good for fetching all events, but doesn't play very well
when a pagination component gets involved.
Adds support for `?offset=x` to the existing endpoint. The cursor-based
pagination (`?after_id=x`) is still supported. The two pagination modes
are mutually exclusive, and are documented as such. If both are
supplied, the request will be rejected.
Also adds a `total` property to the response that contains the full
count of items matching the filter. We already have indices in place so
I don't think this will impact performance (or we can revisit it before
GA).
aid in differentiation between sources of calls to `GetWorkspaces` but introducing new queries for metrics specific use cases
---------
Signed-off-by: Callum Styan <callumstyan@gmail.com>
This change updates the `task_workspace_apps` table structure for
improved linking to workspace builds and adds queries to manage tasks
and a view to expose task status.
Updates coder/internal#948
Supersedes coder/coder#20212
Supersedes coder/coder#19773
In preparation for adding the "member" permission level, which will also
be grouped by org ID, do a bit of a refactor to make room for it and the
existing "org" level to live in the same `map`
# Add API key allow_list for resource-scoped tokens
This PR adds support for API key allow lists, enabling tokens to be scoped to specific resources. The implementation:
1. Adds a new `allow_list` field to the `CreateTokenRequest` struct, allowing clients to specify resource-specific scopes when creating API tokens
2. Implements `APIAllowListTarget` type to represent resource targets in the format `<type>:<id>` with support for wildcards
3. Adds validation and normalization logic for allow lists to handle wildcards and deduplication
4. Integrates with RBAC by creating an `APIKeyEffectiveScope` that merges API key scopes with allow list restrictions
5. Updates API documentation and TypeScript types to reflect the new functionality
This feature enables creating tokens that are limited to specific resources (like workspaces or templates) by ID, making it possible to create more granular API tokens with limited access.
Relates to https://github.com/coder/internal/issues/934
This PR provides a mechanism to filter provisioner jobs according to who
initiated the job.
This will be used to find pending prebuild jobs when prebuilds have
overwhelmed the provisioner job queue. They can then be canceled.
If prebuilds are overwhelming provisioners, the following steps will be
taken:
```bash
# pause prebuild reconciliation to limit provisioner queue pollution:
coder prebuilds pause
# cancel pending provisioner jobs to clear the queue
coder provisioner jobs list --initiator="prebuilds" --status="pending" | jq ... | xargs -n1 -I{} coder provisioner jobs cancel {}
# push a fixed template and wait for the import to complete
coder templates push ... # push a fixed template
# resume prebuild reconciliation
coder prebuilds resume
```
This interface differs somewhat from what was specified in the issue,
but still provides a mechanism that addresses the issue. The original
proposal was made by myself and this simpler implementation makes sense.
I might add a `--search` parameter in a follow-up if there is appetite
for it.
Potential follow ups:
* Support for this usage: `coder provisioner jobs list --search
"initiator:prebuilds status:pending"`
* Adding the same parameters to `coder provisioner jobs cancel` as a
convenience feature so that operators don't have to pipe through `jq`
and `xargs`
## 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
# 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.
## 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
Closes https://github.com/coder/internal/issues/885
Adds a new database method GetProvisionerJobByIDWithLock that uses FOR
UPDATE without SKIP LOCKED to fix workspace build cancellation returning
500 errors when jobs are locked.
* provisionerdserver: Expires prebuild user token for workspace, if it
exists, when regenerating session token.
* dbauthz: disallow prebuilds user from creating api keys
* dbpurge: added functionality to expire stale api keys owned by the
prebuilds user
This PR should resolve https://github.com/coder/internal/issues/719 by
limiting the `workspace_builds` rows selected by the query to the most
recent 100 builds of a template, as opposed to all builds in the last
30d. For our own internal templates with the most builds (1700-2000 in a
30d period) this should cut the query execution time by about 80%.
Unless we have some restriction on keeping the 30d period, contract
related or otherwise, this seems like a safe change to make. In addition
to the execution speed improvements it also means the memory for the
query is bounded as well.
If we want to keep a 30d time period for the avg build time value I
think it's worth exploring a purpose built solution such as histogram
structures where the build times could be bucketized by template ID as
they're observed.
---------
Signed-off-by: Callum Styan <callumstyan@gmail.com>
- Removes GetManagedAgentCount query
- Adds new table `usage_events_daily` which stores aggregated usage
events by the type and UTC day
- Adds trigger to update the values in this table when a new row is
inserted into `usage_events`
- Adds a migration that adds `usage_events_daily` rows for existing data
in `usage_events`
- Adds tests for the trigger
- Adds tests for the backfill query in the migration
Since the `usage_events` table is unreleased currently, this migration
will do nothing on real deployments and will only affect preview
deployments such as dogfood.
Closes https://github.com/coder/internal/issues/943
## Description
This PR introduces one counter and two histograms related to workspace
creation and claiming. The goal is to provide clearer observability into
how workspaces are created (regular vs prebuild) and the time cost of
those operations.
### `coderd_workspace_creation_total`
* Metric type: Counter
* Name: `coderd_workspace_creation_total`
* Labels: `organization_name`, `template_name`, `preset_name`
This counter tracks whether a regular workspace (not created from a
prebuild pool) was created using a preset or not.
Currently, we already expose `coderd_prebuilt_workspaces_claimed_total`
for claimed prebuilt workspaces, but we lack a comparable metric for
regular workspace creations. This metric fills that gap, making it
possible to compare regular creations against claims.
Implementation notes:
* Exposed as a `coderd_` metric, consistent with other workspace-related
metrics (e.g. `coderd_api_workspace_latest_build`:
https://github.com/coder/coder/blob/main/coderd/prometheusmetrics/prometheusmetrics.go#L149).
* Every `defaultRefreshRate` (1 minute ), DB query
`GetRegularWorkspaceCreateMetrics` is executed to fetch all regular
workspaces (not created from a prebuild pool).
* The counter is updated with the total from all time (not just since
metric introduction). This differs from the histograms below, which only
accumulate from their introduction forward.
### `coderd_workspace_creation_duration_seconds` &
`coderd_prebuilt_workspace_claim_duration_seconds`
* Metric types: Histogram
* Names:
* `coderd_workspace_creation_duration_seconds`
* Labels: `organization_name`, `template_name`, `preset_name`, `type`
(`regular`, `prebuild`)
* `coderd_prebuilt_workspace_claim_duration_seconds`
* Labels: `organization_name`, `template_name`, `preset_name`
We already have `coderd_provisionerd_workspace_build_timings_seconds`,
which tracks build run times for all workspace builds handled by the
provisioner daemon.
However, in the context of this issue, we are only interested in
creation and claim build times, not all transitions; additionally, this
metric does not include `preset_name`, and adding it there would
significantly increase cardinality. Therefore, separate more focused
metrics are introduced here:
* `coderd_workspace_creation_duration_seconds`: Build time to create a
workspace (either a regular workspace or the build into a prebuild pool,
for prebuild initial provisioning build).
* `coderd_prebuilt_workspace_claim_duration_seconds`: Time to claim a
prebuilt workspace from the pool.
The reason for two separate histograms is that:
* Creation (regular or prebuild): provisioning builds with similar time
magnitude, generally expected to take longer than a claim operation.
* Claim: expected to be a much faster provisioning build.
#### Native histogram usage
Provisioning times vary widely between projects. Using static buckets
risks unbalanced or poorly informative histograms.
To address this, these metrics use [Prometheus native
histograms](https://prometheus.io/docs/specs/native_histograms/):
* First introduced in Prometheus v2.40.0
* Recommended stable usage from v2.45+
* Requires Go client `prometheus/client_golang` v1.15.0+
* Experimental and must be explicitly enabled on the server
(`--enable-feature=native-histograms`)
For compatibility, we also retain a classic bucket definition (aligned
with the existing provisioner metric:
https://github.com/coder/coder/blob/main/provisionerd/provisionerd.go#L182-L189).
* If native histograms are enabled, Prometheus ingests the
high-resolution histogram.
* If not, it falls back to the predefined buckets.
Implementation notes:
* Unlike the counter, these histograms are updated in real-time at
workspace build job completion.
* They reflect data only from the point of introduction forward (no
historical backfill).
## Relates to
Closes: https://github.com/coder/coder/issues/19528
Native histograms tested in observability stack:
https://github.com/coder/observability/pull/50
Danielle Maywood