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fix(profiles): serialize profile lifecycle; e2e for hashed ids - #7281
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Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
…sts.rs Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
…sts.rs Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Moved the host profile logic out of the profiles module into its own host.rs file so the host-specific behaviour can be maintained and tested in isolation. No functional changes were made. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
…s/openhuman-core/src/profiles/m Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Introduce lifecycle operations for profiles so they can be created, activated, and torn down through a dedicated module. The ops layer now delegates to these routines, keeping profile state transitions consistent across callers. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Adds tests exercising the profile lifecycle paths, including activation and deactivation transitions, to lock in the expected behaviour and guard against regressions. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Reformat long log and function signatures, collapse a short method chain, and wrap an assert so the touched files match rustfmt output. No behaviour changes. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Moved profile lifecycle logic into its own module to keep the profiles namespace organized and make the lifecycle behaviour easier to locate. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Releasing a lease now always writes the released record instead of skipping the write when the key's directory has moved away. The directory-moved special case and its tests are removed, so a release that cannot persist its record fails loudly rather than silently dropping the holding. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Document the profile system's purpose and structure so contributors can understand how profiles are organized and used within the core crate. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Document the profiles module's purpose and usage to help contributors understand how profile configuration is structured and applied. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Document the profiles module so its purpose and usage are discoverable alongside the code. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Reword the note on credential changes to say that cross-node ordering against a deprovision only matters when secrets live in the storage backend, since per-node keyrings never share a slot across nodes. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Wire the new saas_mode/hashed_ids test module into the end-to-end suite so its cases are compiled and run alongside the existing cluster tests. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Wrap several long assert_eq! and assert! calls in the hashed ids test across multiple lines so they match the project's rustfmt style. No behaviour or coverage changes. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
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Merge Risk: 🔵 Low · up to The profile lifecycle changes look ready to merge. The new hashed-ID test does not check the server's stderr log, so a user-ID leak in the logs could go undetected. A small test fix closes this gap. Security Architecture Review
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Docstring coverage is 65.22% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 46 functions across 7 files. (1 skipped: … | Write docstrings for the functions missing them to satisfy the coverage threshold. |
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Check name Status Explanation Description Check Check skipped - CodeRabbit’s high-level summary is enabled. Title check The title clearly and concisely identifies both main changes: profile lifecycle serialization and hashed-ID end-to-end coverage. Linked Issues check Check skipped because no linked issues were found for this pull request. Out of Scope Changes check Check skipped because no linked issues were found for this pull request.
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Docstring coverage is 65.22% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 46 functions across 7 files. (1 skipped: 1 unsupported.)
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A rabbit checks each lock in place,
Then hops through leases at a steady pace.
Profiles archive, credentials clear,
Hashed IDs keep their paths less clear.
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Inline comments:
Review comments at @tests/saas_mode/hashed_ids.rs:
- Around line 235-243: Update the log-scanning loop in the hashed-ID test to
read each captured stderr file alongside its stdout log, combine their contents,
and run both the profile-record and user-ID assertions against the combined
text.
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📒 Files selected for processing (8)
crates/openhuman-core/src/profiles/README.mdcrates/openhuman-core/src/profiles/host.rscrates/openhuman-core/src/profiles/lifecycle.rscrates/openhuman-core/src/profiles/lifecycle_tests.rscrates/openhuman-core/src/profiles/mod.rscrates/openhuman-core/src/profiles/ops.rstests/saas_mode/hashed_ids.rstests/saas_mode_e2e.rs
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Tiny Sweeper reviewThis revision serializes profile lifecycle operations (provision, open, credential changes, release, deprovision) behind a per-profile async lock with a documented lock order (lifecycle lock, then host gate, then lease), strengthens cross-node lease discipline, and adds an end-to-end test for hashed profile ids. Compared with the previous push, the earlier concurrency findings are largely resolved: deprovision holds the lease from before the credential clear through record removal, a failed record removal restores the archived directory, release takes the lifecycle lock before the gate, and credential changes are serialized in-process via with_records. Remaining open findings: provision's fast path returns 'already provisioned' before taking the lease (check-then-act across nodes), credential changes still take no lease so they can race a deprovision on another node when secrets live in the storage backend (now documented as a known limitation), evicted profiles are not locked before their leases are released, and the hashed-ids privacy scan checks paths but not file contents; no e2e test drives the reordered deprovision/open paths. End-to-end CI jobs were still pending at review time. State: Changes requested Review snapshot
Completeness: Complete What changedThe change extracts provisioning, deprovisioning, credential changes, and ProfileLocks from host.rs into a new lifecycle.rs; ProfileLocks is one async mutex per profile id with idle ids forgotten, and the documented lock order is lifecycle lock, then host gate, then lease. Deprovision now closes a profile in the same step that finds it idle (close_if_idle, also reused by release, which takes the lifecycle lock before the gate), holds its lease from before the credential clear until the record is removed, gives the lease back on every failure, and — new in this revision — restores the archived directory if registry removal fails so a still-advertised record never sits over archived state. Provision takes the lifecycle lock, then the lease before laying out a new profile and re-checks the registry under the lease. Open re-reads the registry after acquiring the lease so a raced deprovision answers NotProvisioned instead of recreating an archived directory. ops.rs routes set/clear credential through the new with_records helper so credential changes hold the lifecycle lock. The README gains a Lifecycle section and relocates the file-lock lease to <root>/users/<sha256(id)>/.lease outside the profile directory, and documents that credential changes take no lease across nodes (with per-node keyrings as mitigation). tests/saas_mode/hashed_ids.rs adds a real-binary e2e test for hashed ids. Features
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Requesting changes: 2 lane(s) blocking, worst finding is high.
Fix or reply to the findings below and push. The next review clears this automatically once they are gone — you should not need to dismiss anything by hand.
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critique: $0.0240 · 336,577 in / 17,504 out · 34,563 cached (10%) · gpt-5.6-luna, glm-5.3-flash
security: $0.0205 · 233,998 in / 13,366 out · 21,429 cached (9%) · gpt-5.6-luna
tests: $0.0006 · 58,261 in / 6,401 out · 4,608 cached (8%) · glm-5.3-flash
description: $0.0001 · 19,624 in / 293 out · 1,408 cached (7%) · glm-5.3-flash
e2e: $0.0002 · 22,601 in / 303 out · 64 cached (0%) · glm-5.3-flash
tinysweeper
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added
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priority: p1
…chive on failure Release now takes the per-profile lifecycle lock before the gate, matching every other lifecycle operation, so a profile cannot be closed while a concurrent lifecycle action is mid-flight. Archiving a profile also restores its directory if removing the registry record fails, preventing an open from recreating an empty directory over archived state. The hashed-id test now reads the CLI server's stderr log alongside the main log. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
# Conflicts: # crates/openhuman-core/src/profiles/README.md
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Requesting changes: 3 lane(s) blocking, worst finding is high.
Fix or reply to the findings below and push. The next review clears this automatically once they are gone — you should not need to dismiss anything by hand.
$0.0355 · 508,757 in / 46,500 out · 30,272 cached (6%) · gpt-5.6-luna, glm-5.3-flash
critique: $0.0178 · 219,392 in / 19,471 out · 11,442 cached (5%) · gpt-5.6-luna, glm-5.3-flash
security: $0.0164 · 159,796 in / 15,397 out · 12,494 cached (8%) · gpt-5.6-luna
tests: $0.0005 · 44,235 in / 6,539 out · 3,072 cached (7%) · glm-5.3-flash
description: $0.0002 · 20,349 in / 1,443 out · 1,408 cached (7%) · glm-5.3-flash
e2e: $0.0002 · 23,323 in / 939 out · 1,728 cached (7%) · glm-5.3-flash
# Conflicts: # crates/openhuman-core/src/profiles/README.md # crates/openhuman-core/src/profiles/host.rs # tests/saas_mode_e2e.rs
The three lease release call sites now hand the ProfileHost itself to profile_lease::release_all instead of resolving its lease map first, matching the helper's updated signature. Behaviour is unchanged. Auto-committed-on: dragonfly Co-authored-by: Medulla <medulla@tinyhumans.ai>
Co-authored-by: Medulla <medulla@tinyhumans.ai>
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Requesting changes: 3 lane(s) blocking, worst finding is high.
Fix or reply to the findings below and push. The next review clears this automatically once they are gone — you should not need to dismiss anything by hand.
$0.0631 · 912,958 in / 64,490 out · 100,195 cached (11%) · gpt-5.6-luna, glm-5.3-flash
critique: $0.0326 · 492,072 in / 32,370 out · 60,426 cached (12%) · gpt-5.6-luna, glm-5.3-flash
security: $0.0296 · 311,064 in / 25,114 out · 33,241 cached (11%) · gpt-5.6-luna
tests: $0.0002 · 19,932 in / 2,059 out · 1,536 cached (8%) · glm-5.3-flash
description: $0.0002 · 20,554 in / 686 out · 1,408 cached (7%) · glm-5.3-flash
e2e: $0.0004 · 47,284 in / 2,620 out · 3,456 cached (7%) · glm-5.3-flash
| raced a deprovision on another node answers `NotProvisioned` instead of | ||
| recreating the archived directory. | ||
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| Credential changes take no lease: the profile is normally hosted by some node |
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Order credential changes against remote deprovision
A credential change only holds the in-process lifecycle mutex, so a change on node A can run concurrently with deprovision on node B. For example, node A can pass provisioned_config, node B can clear the credential, archive the directory, and remove the registry record, and node A can then install the credential after cleanup; with shared backend secrets, a re-provisioned profile can inherit that late credential. Take the profile lease for credential changes, or add an equivalent cross-node compare-and-order mechanism.
[RULE] cross-node-lifecycle-ordering ·
| id: &ProfileId, | ||
| change: impl FnOnce(&Config) -> Result<T, String> + Send, | ||
| ) -> Result<T, String> { | ||
| let _profile = self.lifecycle.lock(id).await; |
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Take the profile lease while changing credentials
This only takes the in-process lifecycle lock; it never acquires the profile lease. A remote node can therefore hold the lease and run archive_leased: it can clear the credential after this method's provisioned_config check, while this change then installs a new credential. The remote node subsequently archives/removes the profile, leaving the newly installed credential available to a later reprovision of the same profile id. Acquire and hold the profile lease for the entire credential change, or otherwise order this operation against remote deprovisioning.
Additional security observation
Hold the profile lease during credential changes
[RULE] cross-process-lifecycle-lock
with_records only takes the process-local lifecycle lock. A credential operation on a provisioned-but-not-open profile therefore takes no lease, so another node can acquire the lease and deprovision the profile concurrently; the credential can be written after its directory and registry record have been archived or removed. Acquire and retain the profile lease for the entire credential change, then release it after the operation completes.
Additional critique observation
Order credential changes against remote deprovisioning
[RULE] cross-process-lifecycle-lock
The local mutex does not synchronize with another process. With a shared registry and lease store, a credential update can pass provisioned_config before a remote deprovision acquires its lease, then execute after the remote process clears credentials and moves the directory. This violates the documented guarantee that credentials cannot be installed into a profile being archived. The credential path needs the same cross-process lease coordination as deprovisioning.
Additional e2e observation
Credential changes remain unordered against a remote deprovision
[RULE] e2e-uncovered
with_records takes the profile's lifecycle lock, so in one process a late credential can no longer land in an archiving profile — but it deliberately takes no lease, so across nodes a profiles_set_credential can still run while another node deprovisions the same id, and with a storage-backed secret store the credential lands in the slot a re-provisioned profile would inherit. The README now documents this as a known limit and per-node keyrings are unaffected, and the level moves from high to medium because the code changed to take the lifecycle lock and the residual risk is conditional on backend-backed secrets. If it is to stay open, an end-to-end test would have to run two nodes on one root over a shared backend and install a credential while the other node archives the profile, then assert the re-provisioned profile starts without it.
[RULE] cross-process-lifecycle-lock ·
| /// another node holds the lease this fails and can be retried. | ||
| pub async fn provision(&self, id: &ProfileId) -> Result<bool, String> { | ||
| let _profile = self.lifecycle.lock(id).await; | ||
| if self.registry.get(id).await?.is_some() { |
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Acquire the lease before returning an existing profile
This early registry check happens before acquire_for_lifecycle. If another node has acquired the profile lease and is deprovisioning it, the record can still exist when this check runs, so provision returns Ok(false) even though the profile is about to be archived and removed. The caller then believes the profile is provisioned without establishing ownership or rechecking the registry under the lease. Acquire the lease before the already-provisioned decision and perform the check only under that lease.
[RULE] lease-ordering ·
| pub mod host; | ||
| pub mod layout; | ||
| pub mod lease; | ||
| pub mod lifecycle; |
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Serialize credential changes with the distributed profile lease
with_records only takes the in-process lifecycle lock; it does not acquire the profile lease. A credential update on node A can therefore run concurrently with archive_leased on node B, which clears the credential, renames the directory, and removes the registry record. Depending on ordering, the update can install a credential after cleanup or write into state that is being archived, violating the lifecycle guarantee documented by this module. Run credential changes under the same lease (and release it after the change), or otherwise order them against remote deprovisioning.
[RULE] distributed-locking ·
| pub mod host; | ||
| pub mod layout; | ||
| pub mod lease; | ||
| pub mod lifecycle; |
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Acquire the lease before returning an already-provisioned result
provision checks the registry and returns Ok(false) before acquiring the profile lease. With a shared registry, another node can deprovision the profile between that check and the return, so this call reports that provisioning is already complete without taking part in the lifecycle ordering. Acquire the lease before the fast-path registry result and re-check while holding it.
[RULE] lease-before-result ·
| } | ||
| return Ok(state); | ||
| } | ||
| let _profile = self.lifecycle.lock(id).await; |
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Hold the profile lease during credential changes
The new lifecycle lock only serializes operations within this process. Credential changes through the records path still do not acquire the distributed profile lease, so a credential update on one node can race deprovision on another node while it clears credentials and archives the profile. Acquire the profile lease for the full credential-change operation, or otherwise make remote deprovisioning and credential changes participate in the same distributed lock.
[RULE] distributed-lifecycle-lock ·
| /// One lock per profile, held for the whole of each lifecycle operation | ||
| /// on it (provision, open, credential changes, deprovision); see | ||
| /// [`super::lifecycle`]. | ||
| pub(super) lifecycle: ProfileLocks, |
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Hold the profile lease during credential changes
ProfileLocks only serializes operations within this process. Credential changes performed through the lifecycle records path still do not acquire the distributed profile lease, so a credential update on one node can race deprovision on another node while it clears credentials and archives the profile. Acquire the profile lease for the full credential-change operation, or otherwise make remote deprovisioning and credential changes participate in the same distributed lock.
Additional critique observation
Order credential changes against remote deprovision
[RULE] distributed-locking
ProfileLocks cannot order operations across processes. With only this local lock, a remote deprovision can remove the registry record after the credential-change path checks it but before or during the credential write, leaving the write associated with an archived or subsequently re-provisioned profile. The credential operation must acquire and hold the same distributed profile lease used by deprovision, with a final existence/lease check before writing.
[RULE] distributed-lease-ordering ·
| self.give_back(id, held).await; | ||
| return Ok(false); | ||
| } | ||
| let grant = match held { |
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Validate the lease before archiving a locally open profile
When held comes from close_if_idle, this code trusts the grant stored in the local slot without verifying that it is still valid. If the lease expired or was lost before the heartbeat fenced and removed the slot, another node can acquire the profile while this node continues into archive_leased, moving the directory and removing the registry record under a stale grant. Revalidate ownership before using a grant obtained from an open slot, and abort deprovisioning if the lease is no longer valid.
[RULE] stale-lease-use ·
| // Credential secrets live in the process keyring under the profile id, | ||
| // not only in the profile's directory, so archiving the directory alone | ||
| // would let a re-provisioned profile pick the old credential back up. | ||
| let config = layout::profile_config(layout, id); |
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Archive successfully before clearing credentials
Credentials are cleared before the directory is successfully archived. If create_dir_all or rename fails, deprovisioning returns an error while the profile remains provisioned, but its credential has already been lost. Move the clear operation after a successful archive and restore the directory if clearing or record removal fails, or otherwise make the credential cleanup reversible on every failure path.
[RULE] destructive-operation-order ·
| /// under its records context, holding its lifecycle lock: a credential | ||
| /// is never installed into a profile being archived, where it would | ||
| /// outlive the clean-up and pass to the next profile of that id. | ||
| pub(crate) async fn with_records<T>( |
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Take the profile lease in with_records, or fence the backend write
Partially fixed since the last review: with_records now takes the profile's lifecycle lock, so in-process a credential install waits for an archive (pinned by a_credential_install_waits_for_an_archive_in_flight_and_then_fails). What remains is the cross-node half: with_records still takes no lease, so a set_credential on node A can read the registry before node B's deprovision removes the record and write the credential into a shared backend slot after B has cleared it — the re-provisioned profile of that id inherits it. The README now states this openly, and correctly notes per-node keyrings are unaffected, so the exposure is limited to the storage-backed secret store; that scope change is why I am keeping this at high rather than raising it further, since a leaked credential outliving its profile's deletion is exactly the inheritance the rest of this change works to prevent. The new tests do not exercise the cross-node case (provisioning_waits_out_another_nodes_lease covers provisioning, not credentials). Either take the lease here and accept refusals while another node hosts the profile, or guard the backend write with the same fence mechanism the lease provides; if it is accepted as a limit, a test showing the current behaviour on a shared backend would at least pin the documented window.
[RULE] cross-node-credential-race ·
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Requesting changes: 2 lane(s) blocking, worst finding is high.
Fix or reply to the findings below and push. The next review clears this automatically once they are gone — you should not need to dismiss anything by hand.
$0.0432 · 580,342 in / 60,594 out · 123,714 cached (21%) · gpt-5.6-luna, glm-5.3-flash
critique: $0.0238 · 300,581 in / 29,852 out · 60,319 cached (20%) · gpt-5.6-luna, glm-5.3-flash
security: $0.0186 · 168,449 in / 23,994 out · 34,275 cached (20%) · gpt-5.6-luna
tests: $0.0002 · 19,919 in / 1,170 out · 1,536 cached (8%) · glm-5.3-flash
description: $0.0001 · 20,554 in / 1,439 out · 20,544 cached (100%) · glm-5.3-flash
e2e: $0.0004 · 49,134 in / 2,505 out · 6,912 cached (14%) · glm-5.3-flash
| raced a deprovision on another node answers `NotProvisioned` instead of | ||
| recreating the archived directory. | ||
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| Credential changes take no lease: the profile is normally hosted by some node |
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Order credential changes across nodes
This explicitly leaves credential installation and clearing unordered with deprovisioning on another node. For example, node A can clear or archive the profile while node B concurrently installs a credential into the shared backend slot; the late write can then be inherited by a subsequent reprovisioned profile or leave credentials for an archived profile. The credential mutation and deprovision transaction need a shared cross-node ordering/fencing mechanism before this is considered safe. This is a late finding because the pull request changes only this documentation file; the underlying race was already present.
[RULE] lifecycle-race ·
| id: &ProfileId, | ||
| change: impl FnOnce(&Config) -> Result<T, String> + Send, | ||
| ) -> Result<T, String> { | ||
| let _profile = self.lifecycle.lock(id).await; |
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Take the profile lease while changing credentials
with_records only takes the process-local lifecycle lock. A deprovision on another node can acquire the lease, clear the credential, archive the directory, and remove the registry record while this operation has already checked the record or while change is running. The credential update can therefore be lost or installed after deprovisioning. Hold the profile lease for the entire records operation and release it on every result path.
Additional tests observation
Credential changes still take no lease across nodes
[RULE] cross-node-credential-race
The in-process race is fixed: with_records holds the profile's lifecycle lock, and a_credential_install_waits_for_an_archive_in_flight_and_then_fails pins it. But a credential install on node B still takes no lease, so a deprovision on node A (which holds the lease, clears the credential, archives and removes the record) can interleave with it: an install landing after A's clear writes a secret into the backend slot of an archived profile id, which a re-provisioned profile would inherit — the exact leak the lifecycle lock exists to prevent. The README now documents this as a known limit and it only bites when secrets live in the storage backend (per-node keyrings never share slots), and fixing it would make gateway credential installs wait out another node's lease, which the author explicitly chose not to do. Severity moves from the earlier high to medium because the change now narrows the race to the storage-backed case and documents the trade-off; if backend-stored credentials are the supported SaaS configuration, this deserves a lease or a fence check on the install path.
[RULE] lease-ordering ·
| Some(grant) => grant, | ||
| None => self.acquire_for_lifecycle(id, "deprovision").await?, | ||
| }; | ||
| let archived = self.archive_leased(id, &layout).await; |
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Renew the lease while archival is in progress
archive_leased performs credential clearing, filesystem operations, and an asynchronous registry removal while the original LeaseGrant is held, but this path never renews that grant. If any of those operations takes longer than the configured lease TTL, another node can acquire the expired lease and open or deprovision the same profile while this call is still archiving it. Run a renewal task for the duration of the archival operation, or use a lease API that guarantees the grant remains valid until release.
[RULE] lease-expiration ·
| ), | ||
| ) | ||
| .unwrap(); | ||
| let port = free_port(); |
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Reserve the test port until the server binds
free_port() binds a temporary listener, reads its port, and releases it before core_command starts. Another process or parallel test can claim that port in the gap, causing the child to fail to bind; worse, if an unrelated service is already there, the health check can succeed against the wrong server and the subsequent assertions become misleading. Keep the listener reserved through startup or retry with a newly allocated port when binding fails.
[RULE] unreserved-port ·
| pub mod host; | ||
| pub mod layout; | ||
| pub mod lease; | ||
| pub mod lifecycle; |
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Preserve credentials until archiving succeeds
The enabled deprovision path clears the profile credential before filesystem archiving. If directory creation or rename fails, the registry record and profile directory remain, but the credential has already been destroyed; after the lease is released another open can observe a still-provisioned profile with missing credentials. Make the destructive credential clear occur only after the directory is durably moved, or restore/retain the credential when archiving fails.
[RULE] partial-failure ·
| /// One lock per profile, held for the whole of each lifecycle operation | ||
| /// on it (provision, open, credential changes, deprovision); see | ||
| /// [`super::lifecycle`]. | ||
| pub(super) lifecycle: ProfileLocks, |
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Hold the distributed lease during credential changes
ProfileLocks only serializes operations within this process. Credential changes performed through with_records hold this local lock but do not acquire the profile's distributed lease, while a deprovision on another node does acquire that lease, clears the credential, archives the directory, and removes the registry record. The remote deprovision can therefore race a credential installation, leaving a secret associated with an archived or subsequently re-provisioned profile. Acquire and hold the distributed profile lease for the complete credential-change operation, and release it only after the change finishes.
[RULE] distributed-lease ·
| // No user id on disk, in a response, or in the log. | ||
| let mut paths = Vec::new(); | ||
| all_paths(d.tmp.path(), &mut paths); | ||
| for path in &paths { |
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Scan persisted file contents for user IDs
This only checks the textual paths under the temporary directory. A user identifier written into a file's contents would pass the test while violating the contract stated by the test and could expose SaaS user identities on disk. Read each regular file and apply the same case-insensitive check to its contents, handling non-UTF-8 data without making the test silently skip it.
[RULE] incomplete-sensitive-data-check ·
| /// the slot count stays exact. Lookups of an open profile never wait | ||
| /// for it. Taken after the profile's own lifecycle lock, never before. | ||
| pub(super) gate: tokio::sync::Mutex<()>, | ||
| /// One lock per profile, held for the whole of each lifecycle operation |
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Order credential changes against remote deprovision
The lifecycle lock described here is process-local and cannot order credential changes with a deprovision running on another node. The credential-change path must participate in the same distributed lease protocol as deprovision; otherwise the local lock gives a false sense of serialization while remote archival and credential clearing can proceed concurrently.
[RULE] distributed-lease ·
| } | ||
| return Ok(state); | ||
| } | ||
| let _profile = self.lifecycle.lock(id).await; |
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Lock evicted profiles before releasing their leases
This locks only the requested id. When opening a profile causes an LRU victim to be removed, the eviction path can still release that victim's lease while a lifecycle operation for the victim is waiting on or entering the host gate. That allows eviction to race release, deprovision, or credential-related lifecycle work for the victim. Acquire each victim's lifecycle lock before removing it and releasing its lease, while preserving the documented lock order.
[RULE] lifecycle-lock-ordering ·
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| #[path = "saas_mode/cluster.rs"] | ||
| mod cluster; | ||
| #[path = "saas_mode/hashed_ids.rs"] |
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Drive deprovision and reopen end to end
Still no end-to-end coverage for the deprovision/reopen surface this pull request reshapes most heavily: an e2e test would call openhuman.profiles_deprovision over RPC against the spawned openhuman-core, assert the profile leaves openhuman.profiles_list, verify the directory moved under <root>/deprovisioned/, then re-provision the same id and confirm it starts without the old credential. The new hashed_ids.rs module exercises provision, set_credential, gateway RPC and restart, but never deprovision, and the racing/lease behaviour is only reached by the in-process lifecycle_tests.rs, which is not end to end. Coverage gap remains from the earlier review.
[RULE] missing-e2e-coverage ·
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💡 Codex Review
Verify registry state before rolling back the archive
In the storage-backed ProfileRegistry::Documents path, DocumentStore::delete can commit and then return a transport error (for example when a Mongo response is lost), but this branch treats every Err as proof that the record survived and restores the archived directory. Fresh evidence in this revision is the unconditional restore without a confirming registry.get. deprovision_locked then releases the lease, leaving no registry record but the old state at the active path; a later provision creates a record over that directory and resurrects threads/files that deprovision was meant to archive, so resolve or re-read the delete outcome before rolling back.
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What
Follow-up to #7221 (the deferred "lifecycle lock" review thread on
profiles/ops.rs) and #7247 (leases).Serialize a profile's lifecycle (
crates/openhuman-core/src/profiles/lifecycle.rs, new):ProfileLocks: one async mutex per profile id, kept in a map that forgets every id nobody holds or waits for. Its size is bounded by the lifecycle operations in flight. Provision, the slow path ofopen, credential changes (profiles.set_credential/clear_credential, now viaProfileHost::with_records) and deprovision all take it. Lock order: profile lock, then the host's existing gate, then the lease. Lookups of an already open profile take none of them.touchit between the check and the removal. It also gives the lease back on every failure path (archive dir, rename, registry). Before, those paths leaked the grant.NotProvisioned. Before, it recreatedusers/<id>/workspaceandsandboxunder a profile that no longer existed.provisionanddeprovisionmoved fromhost.rsintolifecycle.rs, sohost.rsstays under the 750-line cap.releaseuses the newclose_if_idle.E2E for
profile_ids = "hashed"(tests/saas_mode/hashed_ids.rs, included fromtests/saas_mode_e2e.rs). It uses two users: one that raw mode would pass through unchanged (carol-0042) and an email. For each user the test checks:h-<32 hex>, equal toProfileId::for_user(_, Hashed). Re-provisioning returns the same id withcreated: false.users/h-…/{workspace,sandbox}exist.core.ping,threads_upsertandthreads_listwork under the user header.RUST_LOG=debugstdout (the test checks the log was captured).Why
The #7221 review found that a credential install could pass the "provisioned" check, then land after deprovision had cleared the keyring and archived the directory. The secret would then pass to the next profile with that id. Open and provision had the same check-then-act shape against another node's archive.
Tests
New
profiles::lifecycle::tests(deterministic:Notifyandfutures::poll!, no sleeps). Each test except the first was confirmed to fail with its fix reverted:profile_locks_are_per_profile_and_forget_idle_idsa_credential_install_waits_for_an_archive_in_flight_and_then_fails: without the lock, the install completes on first poll.an_open_racing_an_archive_on_another_node_does_not_resurrect_the_profile: a lease-store wrapper pauses node A's open between its registry read and its lease while node B deprovisions.a_failed_archive_gives_the_lease_backprovisioning_waits_out_another_nodes_leaseRan:
cargo test -p openhuman --lib -- profiles:: storage::lease(196 passed;profiles::170 passed again after merging upstream/main)cargo test -p openhuman-cli --test saas_mode_e2e(15 passed)pnpm rust:layout,pnpm saas:ambient,check-feature-forwardingcargo fmt --check, clippy-D warningson the five crates (clean for this diff; main currently fails it on five lints in untouched files:background_delivery.rs,relay/store.rs,background_delivery_tenant_tests.rs,harness_assembly_tests.rs,tests/storage_flows_e2e.rs),cargo check --all-targets, and the app manifest checkLimits
users/<sha256(id)>/.lease, not inside the profile directory. Corrected.Summary by CodeRabbit