Adds a Transfer action on every service page that moves an application,
compose or database to another server without S3: volumes, bind mounts
and deployment logs are streamed through the panel (ssh2/spawn pipe),
file mounts and Traefik config are recreated on the target, the source
is cleaned up and the service is deployed on the target. Failures before
cleanup roll back to the source server.
/etc/docker/daemon.json isn't mounted into the dokploy container, only
docker.sock is, so cat-ing it always failed silently. Read the effective
config over the already-mounted socket instead.
Fixes#5383
An Infisical provider is pinned to one non-recursive `secretPath`, so reading
two folders means two providers, two machine identities and two sets of
credentials to rotate. This lets a reference name the folder instead:
${{vault.my-provider.external/sentry:SENTRY_DSN}}
`<path>:<KEY>` mirrors the HashiCorp client in this directory, which already
documents that exact format. A relative path resolves against the provider's
`secretPath`, a leading slash is absolute, and a ref without a colon keeps its
current meaning — the whole ref is the secret name at the provider's own path.
A dot cannot be the separator here: Infisical accepts dots inside secret names
(`A.B.C` is a valid key), so `provider.a.b.C` cannot be split unambiguously
and would silently break anyone using such a name.
Refs are grouped by resolved path so each path is listed once, and the login
happens once per batch rather than once per path.
Tests cover the bare ref, relative and absolute paths, a provider at `/`,
grouping with a single login, the error naming the path, and a malformed ref.
Previously, upsertRecord matched only by type and name, silently
overwriting any existing record of the same type/name with different
content. This caused data loss when users had multiple records of the
same type (e.g. multiple TXT records for SPF + site verification).
Now upsertRecord also checks the record content/target before deciding
to update. If the content differs, a new record is created alongside
the existing one instead of replacing it.
Affected providers: Cloudflare, Porkbun, Infomaniak, OVH.
Tests updated accordingly.
better-auth's account-linking guard requires either the IdP asserting
email_verified or the sso_provider row being domainVerified before it
will link an SSO login to an existing local user with the same email.
Entra ID never asserts email_verified (neither via its OIDC userinfo
endpoint nor via SAML attributes), and Dokploy never persisted
domainVerified at all, so linking was permanently impossible for any
Entra-backed provider (OIDC or SAML) regardless of the local user's
own emailVerified state.
Add the domainVerified column, defaulting to true — Dokploy already
scopes providers to an admin-configured domain and gates registration
behind enterprise/admin permissions, so that domain match (still
enforced by better-auth's validateEmailDomain check) is trust enough.
Fixes#5099
Fixes#5279. The Domains table (and grid) view mounts one AddDomain
instance per row for the edit action. Its 4 queries (domain.one,
application.one/compose.one, domain.canGenerateTraefikMeDomains,
compose.loadServices) ran unconditionally on mount instead of only
when the edit dialog is open, so any table interaction that causes a
re-render (typing in the host filter, sorting, toggling columns) fired
all 4 queries for every domain row again.
A secret in Infisical can reference another one (`${env.folder.KEY}`), which
is the only way to keep a value in one place and read it from several folders.
The Infisical client fetches `/api/v3/secrets/raw` without
`expandSecretReferences`, and that endpoint leaves references untouched by
default. The referencing secret therefore arrives as the literal `${...}`
string, is written to the generated `.env`, and the deployment still reports
success — the service just receives a placeholder instead of its value.
This is easy to miss because the single-secret endpoint (`/raw/{name}`) does
expand by default, so the Infisical UI and API show the resolved value while
only Dokploy sees the literal.
Adds the parameter and the first tests for this client: the list request now
asserts the flag, a missing secret and an auth failure. Without the fix the
new test fails with `expected null to be 'true'`.
upsertRecord pulled every record of a zone just to find the one it was about to
write. The API can filter, so ask it to.
The match is still verified locally, because filter[source] matches substrings
rather than exact values. Verified against a live account:
filter[source]=autoconfig -> [autoconfig]
filter[source]=auto -> [autoconfig, autodiscover]
filter[source]=disco -> [autodiscover]
Letting the filter decide would therefore have upserted "auto" onto the existing
"autoconfig" record. The filter narrows what is transferred; the exact
comparison still decides. Covered by a test that fails if the first candidate is
trusted.
The apex was the other thing worth checking, since Infomaniak writes it as ".":
filter[source]=. does return the apex records, and an upsert on an existing apex
TXT returns its id rather than creating a second one.
Suggested by @narcisonunez on #5257.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
A git add -A while merging canary swept in .watch/, a local scratch directory
holding monitoring scripts, screenshots and draft comment text. None of it
belongs in this PR.
#5257 merged, so canary now carries the Infomaniak provider and its
0191_cool_christian_walker. This branch's 0191_elite_ultragirl collided on the
number, and the conflicts were the usual "infomaniak and ovh added at the same
spot" across the enum, the config union, the client registry, SENSITIVE_FIELDS,
both providerLabels maps, the icons and the provider form — all resolved by
keeping both.
Regenerated as 0192_light_lake with a current timestamp rather than renaming the
file, so drizzle still applies it on a database that has already run canary's
0191.
restoreRecord had the restore POST and its zone refresh inside one catch. That
was harmless while refreshZone swallowed failures, but the previous commit made
it throw, which brought a new case into that catch: the restore succeeds and
only the publication fails.
The message then told the user the record "has been deleted" and to recreate it
by hand. It exists at OVH, just unpublished, so following that advice duplicates
it as soon as the zone is refreshed.
The two failures are now reported separately. A failed POST still means the
record is really gone and prints what to recreate. A failed refresh after a
successful restore says the record is back but not served yet, and explicitly
says not to recreate it. Either way the original replacement error is kept, so
the user still learns why the type change failed.
Reported by Greptile on #5258.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
refreshZone runs after the record write has already succeeded, so a failure
there means the change exists at the provider but is not being served yet. It
was left unguarded at all six call sites, so the caller saw a bare transport
error and would reasonably read it as "nothing was applied" — while a type
change had already deleted the old record and created its replacement.
Rolling the write back would destroy correct state over a publish failure, and
re-deleting after an uncertain network error is how records get lost. The error
now says what actually happened and how it resolves: the next successful change
to the zone publishes it, or the user can refresh the zone from the OVH manager.
Guarding the helper covers upsertRecord and deleteRecord too, not just the type
change Greptile pointed at.
Reported by Greptile on #5258.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
