Files
rustfs/protocol/agent/v1/fixtures/auth/accept-vectors.json
T
overtrue 3b5164032a feat(connect): add device identity store and registration proof
A RustFS cluster device needs a durable identity before it can exchange a
one-time registration token for a certificate. This adds the device-side
half of that exchange, which rustfs/connect already verifies.

`connect::identity` builds the canonical registration transcript frozen by
protocol/agent/v1/registration-proof.md, signs it as low-S ES256, and emits
the PKCS#10 certificate request Connect consumes for its SubjectPublicKeyInfo.
`connect::identity_store` seals the P-256 key at mode 0600 and publishes it
through a no-clobber link, so a retry or a concurrent start returns the
original identity rather than minting a second one, and a corrupt or widened
key is refused rather than silently replaced.

The protocol fixture set is copied here byte-identically because
fixture-sets.json names this repository as the consumer copy; the tests
verify it against its own manifests and cross-verify Connect-produced ECDSA
proofs against transcripts rebuilt locally.

Nothing starts a task or touches the S3 data path: an unenrolled deployment
generates no key and holds no identity.
2026-08-19 12:54:50 +08:00

85 lines
2.3 KiB
JSON

{
"protocolVersion": "v1",
"fixtureSet": "auth",
"fixture": "accept-vectors",
"description": "Presented certificates that authenticate. Time offsets are seconds relative to the moment the request is evaluated.",
"vectors": [
{
"name": "current credential on an active cluster",
"clusterState": "ACTIVE",
"credential": {
"validFromOffsetSeconds": -3600,
"validUntilOffsetSeconds": 82800,
"transition": null
},
"presented": {
"credential": "current",
"serial": "matching",
"certificateFingerprint": "matching"
},
"expected": {
"credentialResolved": true,
"authenticationEffective": true,
"reason": null
}
},
{
"name": "first device authenticates while its cluster is still pending",
"clusterState": "PENDING",
"credential": {
"validFromOffsetSeconds": -60,
"validUntilOffsetSeconds": 86340,
"transition": null
},
"presented": {
"credential": "current",
"serial": "matching",
"certificateFingerprint": "matching"
},
"expected": {
"credentialResolved": true,
"authenticationEffective": true,
"reason": null
}
},
{
"name": "outgoing credential inside the bounded rotation overlap",
"clusterState": "ACTIVE",
"credential": {
"validFromOffsetSeconds": -3600,
"validUntilOffsetSeconds": 82800,
"transition": "rotate"
},
"presented": {
"credential": "outgoing",
"serial": "matching",
"certificateFingerprint": "matching"
},
"expected": {
"credentialResolved": true,
"authenticationEffective": true,
"reason": null
}
},
{
"name": "incoming credential immediately after rotation",
"clusterState": "ACTIVE",
"credential": {
"validFromOffsetSeconds": -3600,
"validUntilOffsetSeconds": 82800,
"transition": "rotate"
},
"presented": {
"credential": "current",
"serial": "matching",
"certificateFingerprint": "matching"
},
"expected": {
"credentialResolved": true,
"authenticationEffective": true,
"reason": null
}
}
]
}