@aws-sdk/client-secrets-manager (pre-existing, unrelated to any recent
PR) transitively pulled @smithy/fetch-http-handler + @smithy/core
versions published the same day, with no older compatible version to
fall back to. AWS SDK v3 is dozens of interdependent packages often
published together same-day, so a global minimumReleaseAge with no
per-scope threshold (pnpm only supports all-or-nothing exclude) was
going to keep breaking builds on any lockfile touch. Commented out
rather than deleted -- left for whoever wants to revisit it, see
discussion on #4679.
Also lets @aws-sdk/client-route-53 and @aws-sdk/client-secrets-manager
resolve to their actual latest versions now that nothing blocks it.
Adds a new Events tab to /dashboard/docker showing Docker daemon
events (equivalent to `docker events`), polled via docker.getEvents
with a time-range selector and refresh button.
Also fixes a stale isCloud redirect that forced the Networks tab
back to Containers even though it is now shown in cloud.
The endpoint field let anyone with dnsProvider create permission point
the AWS SDK at an arbitrary URL (loopback, link-local, internal
network, cloud metadata), turning testConnection and every other
Route53 operation into an SSRF oracle. There's no way to keep
LocalStack-style testing working while blocking that, since the
target address is identical either way, so the field is removed
entirely rather than validated. Route53 always talks to real AWS now.
Also pin @aws-sdk/client-route-53 to ^3.1097.0 (matching the existing
client-secrets-manager pin) instead of whatever caret-latest resolved
to at install time. The version that landed in the merged PR was
published less than a day before this, which violates the
minimumReleaseAge policy that merged into canary around the same time
and broke the Docker build.
Lets you connect a DNS provider and manage its records (create,
update, delete) from Settings -> DNS Providers, instead of doing it
by hand in Cloudflare/AWS.
- dns_provider table, org-scoped, jsonb config as a discriminated
union per provider type
- Cloudflare adapter (REST, bearer token)
- Route53 adapter (AWS SDK, SigV4); records are identified by
type:name since Route53 has no native record id, so update
handles renames as delete-old + upsert-new
- listZones/listRecords/createRecord/updateRecord/deleteRecord/
testConnection wired through a shared DnsClient interface
- Settings UI: provider management, zone browser, record CRUD,
IP-fill dropdown for A records (panel IP + remote servers)
- Access control: dnsProvider resource wired into custom roles
- Unit tests for both adapters and the config mask/merge logic
Monitoring was the only component still using docker.createContainer
directly instead of docker.createService like every other Dokploy
component (postgres, traefik, forward-auth, etc). This meant it never
benefited from Swarm's own reconciliation, relying only on Docker's
restart policy with no self-healing if the daemon didn't come back
cleanly after a reboot.
Also removed the try/catch that silently swallowed setup errors,
which made the UI report success even when the container/service
failed to start.
Fixes#4986. initCancelDeployments blindly marked every 'running'
deployment as 'cancelled' on boot, including schedule runs whose
actual work (docker exec into another container, or SSH to a remote
host) is decoupled from the Dokploy process and keeps running after
a restart. Now only deployments with no schedule, or schedules of
type dokploy-server (a real child process), get cancelled.
Also resolve any stale 'running' deployment for a schedule when a
new run starts, so restarted panels don't leave ghost 'running' rows
forever.
dockerSafeExec's busy-wait matched any process with "docker <letter>"
anywhere in its argv (e.g. Grafana's --packaging=docker cfg:...),
causing the wait loop to spin forever. Anchor the match to the actual
docker binary (argv[0]) instead, and add a MAX_WAIT ceiling so a
genuinely stuck docker process can't hang cleanup indefinitely either.
Also log failures in cleanupAll's catch instead of swallowing them,
since the scheduled cleanup path only goes through this function.
Fixes#5044
Adds Scaleway Secret Manager as a first-class vault provider alongside
HashiCorp Vault/OpenBao, Infisical, AWS, Doppler and Azure Key Vault.
- New `scaleway` provider type, zod-validated config (region, project ID,
API secret key, overridable API URL) and migration adding the enum value
- Plain `fetch` client (no new dependency) against the Secret Manager
v1beta1 REST API: access-by-path for reads, paginated listing for the
env editor autocomplete, and a connection test
- Refs are `[folder/]name[:field]` — the field selector extracts a key
from JSON/key-value secrets, like the AWS provider
- Secret key masked in API responses like every other provider credential
- Settings -> Secrets form with region picker, brand icon and reference
format help
- Updated the environment autocomplete component to include projectId and environmentId in vault secret fetching logic.
- Added authorization checks in the vault provider router to ensure users have access to the specified project and environment.
- Modified the vault provider schema to include projectId and optional environmentId for better validation.
- Improved error handling for unauthorized access and invalid vault provider assignments.
- Introduced support for project and environment assignments for vault providers, allowing for more granular access control.
- Updated the vault provider schema to include assignments and modified related components to handle these changes.
- Enhanced UI to display assignment status and allow users to manage project and environment associations effectively.
- Added validation to ensure assignments reference valid projects and environments within the organization.
- Updated tests to cover new functionality related to vault provider assignments and environment variable resolution.
- Added support for managing various vault providers (HashiCorp, AWS, Azure, Doppler, Infisical) in the dashboard.
- Implemented environment variable resolution using vault references, allowing seamless integration of secrets into application environments.
- Enhanced UI components to display and manage vault providers effectively.
- Introduced tests for vault reference resolution and environment variable preparation.
- Updated related components to utilize new vault management features.
Mauricio Siu