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In a netbox-branching branch the router sends each write of a branchable
model to the branch connection, and netbox-branching writes the
ChangeDiff rows on default. A block on default alone leaves the branch
writes in autocommit, so a rollback cannot undo them.
transactions.py now owns this state:
- write_alias() returns the alias that the router gives for a write of
an interface.
- write_scope(expected_alias=None) pins the aliases of one operation:
("default",) on main, and ("default", <branch alias>) in a branch.
It raises before any query when the write alias differs from
expected_alias or from the open scope, which a nested scope joins.
In a branch the outermost scope sets lock_timeout to 10s on both
connections. It restores each value when it exits, after the commit
callbacks of its blocks. A restore that fails closes the DB-API
connection, then the Django connection, and raises from the failure.
A setup that fails restores what it changed. On main the scope runs
no query.
- atomic_with_events() joins the open scope or opens one. It opens
default first and the branch alias inside it, so the branch commits
first. It yields a Block, and Block.set_rollback() marks every alias.
The using parameter is removed. The internal commit marker stays on
the write connection.
- on_commit(callback) runs the callback once, after the transactions
open at the call commit on every alias. Each alias acknowledges
through Django's on_commit, so a rollback of either transaction, or
of a savepoint around the call, drops the callback. The join holds
the complete pending set before the first registration, and marks
itself fired before it runs the callback. On main it registers the
callback once on default, as before.
InterfaceNameRule.save() writes through the alias that the router gives
for the rule model, and that alias must be an alias of the open write
scope. It refuses any other using before any query, so a save through
default in a branch is refused while the rule model is branchable. When
an operator exempts the plugin's models in netbox-branching's
exempt_models, the router gives default for a rule, and a rule save in
a branch writes on default. Before, the save opened the alias it was
given.
The statements that read and set lock_timeout are module constants, so
the tests read the setting and inject a restore failure through them.
The branch tests run against a real provisioned branch. They cover the
timeout in each entry state: autocommit, a caller transaction that
commits or rolls back, an aborted caller transaction, a failed setup
and a failed restore. They cover the commit join in each nesting of
the two connections. The restore failure is injected with Django's
execute_wrapper before the statement reaches PostgreSQL.
Apply Rules and Convert in the foreground, and the Convert dry run of the Apply page, open a write scope in the view, so one lock_timeout setting covers the whole operation in a branch. The dry run marks its block for rollback on every alias. The channel reconciliation registers through the commit join. It runs after NetBox's channel cascade and after both connections commit, so its failure cannot roll back the ChangeDiff rows of the family. The rename trigger names the default alias explicitly. The trigger deferral does not change. Before the write scope, Apply, Convert, the dry run and the rule toggle failed in a branch with "select_for_update cannot be used outside of a transaction", because the plugin's block did not open the branch connection. The branch tests drive the views with netbox-branching's cookie: - Apply, Convert and the toggle write only in the branch. - A flat family blocked after ten written rows leaves no row and no ChangeDiff. - A collision that another session causes after the plugin's check blocks that member and keeps the rest of the family. - The dry run leaves no row and no ChangeDiff. - The reconciliation runs after the cascade in each nesting of the caller's transactions, and a rollback of default, of the transaction or of a savepoint around the call, drops it. - A reconciliation lock timeout keeps the ChangeDiff rows of the family. - The documented engine function apply_device_interface_rules, inside a caller's transaction on the branch alone or on both connections in either nesting, keeps a blocked channel at its name after the caller frees its target and commits. The ordering, discard and engine function tests fail when on_commit registers on default alone, on the branch alone, or forwards from the branch commit to default: the three alternatives that the design rejected.
A channel reconciliation restores the name that the plugin kept for a channel after NetBox's parent cascade renamed it. When it fails with a database error, it rolls its own block back and now raises ChannelReconciliationError. The error names each channel by the name that the cascade gave it and the name that the plugin kept, and it chains the database error. The rename trigger writes the error into the journal entry of the module, and the Apply and Convert views show its text, so the operator can rename each channel back. For every other error the views still show the error type only. Before, the journal entry said only "canceling statement due to lock timeout", the views showed only the error type, and neither named a channel. The trigger test takes a row lock on the kept channel from a second session after the cascade commits, and times the reconciliation out.
Outside transactions.py, production code must not use atomic, the savepoint functions, set_rollback, get_rollback, on_commit, get_connection or mark_for_rollback_on_error, and must not import connection, connections or router from django.db. Two named exceptions stay: rename_triggers.py may call on_commit and get_connection with an explicit alias, and models.py may import router for its own row. A test fails when an exception is no longer used. Production code outside transactions.py must also not import Django's transaction module in any spelling: from django.db import transaction, import django.db.transaction, a name from that module, or django.db.transaction reached through an imported django.db. This covers every transaction function, also one that the list does not name. rename_triggers.py may import the module for its trigger deferral, which names the alias explicitly. With "from django.db import transaction" added to views.py, the guard reports that import. The detector resolves the names that bind django.db.transaction and django.db, including an aliased import and a dotted import, so the plugin's own Block.set_rollback() and on_commit() are not reported. On the tree before the call-site migration it reports the on_commit of family/names.py, the set_rollback of family/conversion.py and the two calls without an alias in rename_triggers.py. Each new spelling has a detector test that reports it and one that does not.
A branch can hold other rules than main. The cache compared only the content fingerprint of the enabled rules, so a branch with the same rules got the rule instances read from main. The snapshot now carries the read alias, and it reloads when the alias or the fingerprint changes. A pinned snapshot checks its alias before its fast return. The memo belongs to its snapshot, so it is per alias too. The branch tests select a rule on main and in an identical branch, in a pinned block across both, and after a rule change in the branch only.
The docstring said that NetBox configures one database alias and no router. With netbox-branching the router sends each read to the active branch or to main. The block cache stays keyed by primary key alone, because every read of one block goes to one alias.
SonarCloud flagged the release, publish and docs jobs (S8541, S8544): they resolved dependencies without uv.lock and could run build scripts. - release.yaml: the job holds RELEASE_TOKEN, but it synced the whole `dev` group, which includes `reuse` (sdist only, so a build script runs). It now syncs only the `release` and `packaging` groups. - publish-pypi.yaml and mkdocs.yaml: `uv pip install --group` resolved fresh from pyproject. They now sync the group from uv.lock. - Each sync uses `--locked` (fail on a stale lock) and `--no-build` (wheels only). Each `uv run` uses `--no-sync`, so it does not re-resolve. - setup.sh: download the gh keyring with `--max-redirect=0` (S6506). The URL does not redirect. `install -m 644` replaces cat | tee and chmod.
SonarCloud S8541 flags uv run without --no-build. With --no-sync, uv run installs nothing, so the flag changes nothing today. It fails closed if a later edit drops --no-sync.
The rule cache shape was restated by hand in five places. The new alias key reached only three of them: the concurrent-reload test rebuilt and restored the cache without it, so a later unpinned lookup in the same worker raised KeyError: 'alias'. Hold the cache in a frozen _RuleSnapshot dataclass with required fields, and build the empty cache with one factory. A missing field now fails at construction. The concurrent-reload test now proves the restored cache serves an unpinned lookup.
The rename-trigger tests in a branch install the channelized family through NetBox's views. They need the device, the module type and the taken targets, but not the modules that main already holds. _ChannelCase builds those rows and adds the rule on request. _KeptChannelCase adds the modules on main before the rule, as before.
rename_triggers.py may call on_commit and get_connection only with an explicit alias. The guard accepted using=None, which Django reads as default. It now refuses a None alias in the alias position and in the using keyword.
The receivers pass the alias of the save to the trigger lifecycle. A save through another alias than the write alias raises: before_save raises before the row is written, and after_save raises for a post_save that NetBox sends by hand. The receivers do not read raw, so a fixture load is still a trigger. The trigger defers on the connection of the save. It checks the atomic state of that connection, finds the pending plan in its run_on_commit, registers each trigger there with its savepoint tag and appends the untagged runner there. In a netbox-branching branch NetBox opens its view transaction on the branch connection only. The trigger read the state of default before, which is in autocommit there, so the plan ran inside post_save, before NetBox created the interfaces of a new module, and an install in a branch renamed nothing. The plan records its alias. The runner opens the write scope with that alias as the expected alias. So the reapply writes in the branch, with both connections in the plugin's transactions and lock_timeout scope, and a plan that commits after its branch was left raises. On main write_alias() is default, so the trigger uses the same connection as before and runs no additional query. Slice 4 of #143 (ADR 0016).
A REST API move in a real branch renames the interfaces for the new bay in the branch, with an ObjectChange for each rename, and leaves main as it was. The test also passes without the connection change of this slice. A move keeps the interfaces of the module, so a plan that runs in post_save finds them. It is coverage of the move path of #143, not a regression test.
…erface write alias In a netbox-branching branch, transaction.atomic() opens a transaction on default only. The module save runs on the branch connection, so the rename trigger runs at once in post_save, before NetBox creates the interfaces. The guide now names transaction.atomic(using=router.db_for_write(Interface)). A branch test runs both forms, and a documentation test pins the text.
…-branching branch (#149)
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Navigate logical layers of code changes, visualize relationships, and explore their blast radius. WalkthroughThe changes add branch-aware transactions, rule selection, rename triggers, reconciliation, background jobs, integration tests, documentation, and CI workflow updates. ChangesBranch-aware transactions and reconciliation
Development, CI, and release workflow updates
Priority: ➖ Normal Estimated code review effort: 5 (Critical) | ~90 minutes Change: Bug fix Merge Risk: ⚪ Minimal · up to This change adds branch-aware transactions and write scopes, and no merge-blocking issue was found. The only open item is cosmetic: aligning the setup-uv version pin across CI jobs. 🚥 Pre-merge checks | ✅ 4 | ❌ 1❌ Failed checks (1 warning)
✅ Passed checks (4 passed)
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Review comments at @netbox_interface_name_rules/rule_selection.py:
- Around line 185-196: Update the `_RULE_CACHE` usage in the rule-selection flow
to store snapshots by alias, reusing each alias’s memo and rules when its
version is unchanged. When rebuilding a snapshot, atomically rebind the mapping
so readers cannot observe mixed versions, and bound or evict entries for aliases
that are no longer active.
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…stalled AppConfig.ready() now calls branching.check_installed_version() on every install, and that function checks whether netbox-branching is installed. The jobs and the rule API ask the same question in the next commits, so branching.py answers it for all of them. The module imports netbox-branching only inside a function that runs when it is installed. The AST guard still keeps every other module from importing it. The design record said that the plugin loads branching.py only when netbox-branching is installed; it now states what holds. Slice 5 of #143 (ADR 0016).
…enqueued from A job enqueued from a netbox-branching branch ran on main. A JobRunner applies no request processors, so the worker never activated the branch. At enqueue, the job now stores the rule ID, the schema ID of the active branch and the write alias, all derived on the server (rule_job_kwargs). It stores no part of the request, so the session cookie stays out of Redis. The runner puts netbox-branching's branch cookie on its synthetic request, enters the request processors strictly and opens write_scope(expected_alias=...) before it reads the rule. netbox-branching reads its cookie on every path, and activates the branch only while the branch is ready (netbox_branching/utilities.py 574-581; the processor at 624-629). It reads the header only on an API path (544), and the query parameter writes flash messages (551-571). So a branch that is merged, archived or deleted before the job runs is not activated, the router gives default, and the job fails with an error that names both aliases. When netbox-branching is not installed at the run, activate_on sets no cookie, so the same alias check fails the job; it is not a ModuleNotFoundError. The check runs before the rule read, so a rule that exists only in the branch cannot become a "does not exist" warning on main. NetBox enters its request processors and only warns when one fails (utilities/request.py:132-142). The runner lets that failure raise, so a failed activation fails the job and does not run it on main. The view derives the kwargs before its try block, so an error there raises instead of becoming a "Failed to enqueue" message. A job enqueued before this change has no branch_schema_id and no expected_alias, and it fails. There is no compatibility path. The warning for a job without rule_id goes too, because every enqueue passes it. In a real branch, the tests enqueue each job through the Apply page and run it from its record in the queue, as a worker does. Apply and Convert write in the branch only, with the ObjectChange and the ChangeDiff rows. The stored kwargs hold no session cookie. A branch that is no longer ready fails the job, names both aliases and writes nothing. On every leg: the view stores the kwargs of main, a job without the new kwargs fails, a job of a branch that cannot be activated fails, and a request processor that fails to enter fails the job. Two tests that replaced the enqueue with a MagicMock now enqueue for real. The branch tests name netbox-branching's cookie by its constant, and the flat names of the conversion case are a module constant, so pytest no longer collects the foreground conversion tests a second time. Slice 5 of #143 (ADR 0016).
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Review comments at @netbox_interface_name_rules/models.py:
- Around line 367-372: Move the router-alias comparison in the rule model’s save
method before the full-save and update_fields branches so every save validates
that its write alias matches router.db_for_write. Keep the block.aliases
membership check inside the locked atomic block, and add branch tests for full
and non-validation targeted saves through default.
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…syncs netbox-branching merges, reverts and syncs a branch: it replays the changes that NetBox logged. A replayed update is a model save (netbox_branching/utilities.py:513), and a replayed create is a raw save (models/changes.py:131). So the plugin's receivers ran for each replayed module and device. After a merge, the reapply ran at the commit with the rules of main and outside event tracking: it renamed on main with no change record. During a sync, it renamed in the branch with no change record, so a merge never carried the rename. At startup, after the version check, the plugin now wraps Branch.merge, Branch.revert and Branch.sync once. Each wrapper marks its context with a ContextVar and resets the token in a finally, so the mark ends on a return, an early return and an error. While the mark is set, before_save and after_save return at once: no previous-state read, no trigger and no plan. The netbox-branching jobs call these methods (jobs.py:132, 217, 243), and the merge strategies run inside them (models/branches.py:1135-1139, 1211-1214). Rejected alternatives: - The pre_ and post_ signals. netbox-branching sends no post_ signal on the "No changes found" return (models/branches.py:923-924, 1120-1121, 1196-1197) or on an error (988-993, 1144-1150, 1219-1225). - A reset from the branch status. It reads a status that other workers share, and it adds one query for each trigger. - Skipping raw saves. It changes a fixture load on main. A merge or revert started in a shell with the branch active no longer raises at the alias check of the trigger. netbox-branching itself still refuses some replays there: its full_clean validates a replayed create against the active branch (models/changes.py:110), and the revert of a module move fails at COMMIT on the AppliedChange foreign key (utilities.py:525). That revert fails also with the plugin's receivers disconnected. The tests start each operation on netbox-branching's page and run its job from the queue, as a worker does: - A merge of an install and a move gives main the names of the branch, and main logs only replayed changes. A revert gives back the names from before. The rule exists on main only, so a trigger would rename. Both with the iterative and the squash strategy. - A sync writes no rename into the branch. The rule exists in the branch only. - After a merge without changes, a dry run, a failed merge, and a dry run followed by another worker's merge of the branch, an install on main still gets the names of the rule. - NetBox's channel cascade (dcim/models/mixins.py:302-337) renames a kept channel again at the commit of a merge and of a sync. A revert gives back the names from before. This pins the accepted limit. - A contract test checks that each method is wrapped once and keeps its signature, name and alters_data. The branch write tests now share one reader of the interfaces of a bay, on the active branch or on main. Each mutation turns tests red: no mark (the merges, the reverts, the sync and the active-branch test), a reset without a finally (the dry run and the failed merge), the signals with the status reset (the other-worker test), the signals alone (the three exit tests), skipped raw saves (the fixture load on main), and a second wrap (the contract test). Slice 6 of #143 (ADR 0016).
The configuration guide now has a netbox-branching section. It states the supported release, 1.2.x on NetBox 4.7, and that NetBox does not start with another release. It describes what the plugin does in a branch: the rename triggers, Apply Rules, the conversion and the jobs run in the branch. A script installs a module in a transaction on the interface write connection, as the Apply Rules section already says. In a branch, each plugin operation sets a lock_timeout of 10 seconds on both connections. An engine function that a script calls inside its own transaction leaves the lock waits of the commit callbacks to the script. The section describes merge, revert and sync. The rename triggers do nothing while netbox-branching replays changes. A merge gives main the names of the branch, a revert gives back the names from before, and a sync writes no rename without a change record. It lists the accepted limits of the design record: - NetBox's channel cascade runs again at the commit of a replay (dcim/models/mixins.py:302-337). - A bulk REST request with background=true runs on main, because the background job does not keep the cookies of the request (netbox/api/viewsets/mixins.py:307, 345-347). The rule endpoints refuse it in a branch; the other endpoints keep the gap. - NetBox ignores a failed branch activation (utilities/request.py:132-141). - There is no atomicity across the two connections. - PgBouncer in transaction mode is not supported. The installation guide lists netbox-branching as an optional requirement. Its upgrade note says to let the queued plugin jobs finish before the upgrade, because a job that an earlier release queued fails: the jobs now store their branch. The engine example states the lock timeout of a call inside a transaction of the caller, and tells the script to set lock_timeout for the commit callbacks. The README and the index list the feature. They and the merge and sync statements point at the limit of a kept channel. Documentation tests pin the supported series in the configuration guide, the installation guide, the README and the index to the constant of the version gate. They also pin the replay statement with the cascade limit, and the upgrade note. A helper reads a whole page with its whitespace collapsed, at each site in the documentation tests. Slice 6 of #143 (ADR 0016).
…tions The architecture list named no owner of the database connections and no module for netbox-branching. It now names transactions.py, the one owner of connections and transaction state, and branching.py, the one module that imports netbox-branching: the version check, the branch of a job, and the mark that stops the rename triggers during a merge, revert or sync. Part of #143 (ADR 0016).
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The plugin marks a replay only inside Branch.merge, Branch.revert and Branch.sync. The version gate accepts any 1.2.x release, so a later release could add a replay path outside those methods, and the rename triggers would then act during that replay. The test parses the source of the installed netbox-branching with ast. It finds each call of a replay primitive and the function that holds the call, and compares the set with an allow-list. Each entry names the wrapped method that reaches it. - The calls that save a replayed object: ObjectChange.apply and .undo (merge_strategies/iterative.py:34, 53; merge_strategies/squash.py:223, 271; models/branches.py:743-759, 877), and update_object and deserialize_object inside them (models/changes.py:107-140, 182-186). - The calls that start a replay: the strategy in Branch.merge and Branch.revert (models/branches.py:1139, 1214), the two sync helpers in Branch.sync (966, 975), and the jobs that call the wrapped methods (jobs.py:217, 243). The scan does not pin save() and delete(): netbox-branching calls them for its own Branch and ChangeDiff rows, and each save of a replayed object runs inside ObjectChange.apply, ObjectChange.undo or update_object. A copy of the installed package with one added function that calls change.apply() turns the first test red and names the new call site. A copy with an added caller of strategy.merge() turns the second test red. The installed 1.2.1 tree passes. A third test checks the scan on a constructed package on every leg. Follow-up of #143 (ADR 0016).
…st modules Test modules imported constants, builders and test case bases from other test modules, and several modules kept their own copy of a shared constant: PLAIN_TYPE had six definitions. Each name that a test module imported from another test module now lives in one shared module, under a public name: - helpers.py: the interface types, the breakout modes, TEST_PASSWORD, PLUGIN_LOGGER, the skip reasons, the builders of devices and module types, install_form, names_of, request_context, WriteInterfacesTo, ChannelizationTestCase and VcDriftTestCase. - trigger_cases.py: the move fixture, ModuleMoveTestCase, BayEditTestCase, flat_rule, the journal reasons, and the probes that count reapplies, read the journal and inject database failures. - branch_cases.py: BranchTestCase, the branch write cases, the branch values of lock_timeout and FLAT_NAMES. Like helpers.py, it imports netbox-branching only inside functions. The copies go: PLAIN_TYPE, CHANNEL_TYPE, PARENT_TYPE, PLUGIN_LOGGER, TEST_PASSWORD, FLAT, CHANNELIZED, REQUIRES_CHANNELIZATION, REQUIRES_NO_CHANNELIZATION, _journal, _module_reapplies and _reject_interface_updates. The breakout modes come from BreakoutModeChoices. Two skip reasons that lacked "(4.7+)" now have it. A local variable that would hide module_reapplies is renamed, and a moved two-line comment is one line. The shared modules do not match test_*.py, so pytest collects nothing from them. A base that a test module imports defines no test, so it adds no item. On the branch stack, --co collects the same 1695 test IDs before and after. No guard test or allow-list needed a change. Follow-up of #143.
…ackage Test modules imported constants, builders and test case bases from one another, and copies of shared constants grew next to them. The previous commit moved every shared name into helpers.py, trigger_cases.py and branch_cases.py. This guard keeps it that way. It parses each module of the test package and reports each import statement that names a test_* module of the package: import a.tests.test_x, from a.tests.test_x import y, from a.tests import test_x, and the relative from .test_x import y and from . import test_x, also inside a function. It reads import statements only, so a dotted-path string such as a MIDDLEWARE setting is not an import. A shared module, a test_* name imported from a shared module, and a package with a similar name are not reported. With "from .test_channelization import CHANNEL_TYPE" added to test_bulk_families.py, the guard fails and names that file and statement. The tree passes. Follow-up of #143.
…cope The replay call-site scan recorded only direct calls, as a set of (name, module, function). A later 1.2.x release could add an unwrapped replay path and both allow-list tests would stay green: - A call through an indirect reference: replay = change.apply, then replay(branch); getattr(change, "apply")(branch); or an import alias such as from .utilities import update_object as u. - A second receiver in an allowed scope: strategy.merge(...) next to the allowed branch.merge(...) in MergeBranchJob.run gave the same tuple. - A deferred call: transaction.on_commit(lambda: strategy.merge(...)) in Branch.merge ran after the wrapper reset its mark and gave the same tuple. The scan now records each reference to a tracked name: an attribute, a name, an imported name, and the string of a getattr, setattr or hasattr call. Each site is (name, receiver, module, scope). The receiver is the object of the attribute or the call, the source of the import, or empty. A lambda opens a scope of its own, as a function does. The tests compare a Counter, so a second occurrence in an allowed scope changes the result. A failure lists each added or missing site. The allow-lists now hold a count and a note for each site. The real 1.2.1 tree adds these references, each read in the source: - apply.alters_data and undo.alters_data (models/changes.py:156, 228), merge.alters_data and revert.alters_data (models/branches.py:1171, 1247): attribute flags, no call. - The imports of deserialize_object (models/changes.py:15) and update_object (models/changes.py:17-22). - hasattr(model, 'deserialize_object') in ObjectChange.apply (models/changes.py:106). - The revert flag of ObjectChange.migrate (models/changes.py:67-74), a parameter, not the method. Each finding has a regression case in the scan self-test. The three cases failed against the earlier scan and pass now. On copies of the installed package, the earlier scan stays green and the new one fails naming the added site for each of: an indirect reference, a getattr string, an import alias, a second receiver in MergeBranchJob.run, and a lambda in Branch.merge. Both scans fail on the two earlier mutations, and both pass on the installed 1.2.1 tree. Follow-up of #143 (ADR 0016).
The reference scan cannot see every way to defer a replay past the wrapper. A stored reference called from a lambda (replay = change.apply, then on_commit(lambda: replay(branch))) and a generator ((change.apply(branch) for change in changes)) inside an allowed function give the same references as the direct call. Each new syntax form needs its own rule, and a missed form stays green. So the test now fails closed. It records a fingerprint of each scope that the allow-lists name: a hash of the source of the function, or of the statements of the class or the module outside its nested scopes, from the AST, without positions or comments. A change to the body of any of those 17 scopes on a netbox-branching update fails the test, and the message tells the reader to read the scope again and to update its fingerprint and the allow-lists together. A reference outside the allowed scopes still fails as a new site, and the reference multiset still checks the receiver and the count. The scan and the fingerprint name scopes through one walk. The scan self-test has a case for each deferral: the references stay equal and the fingerprint changes. With the scan of the previous commit, the same two programs give equal Counters, so that check stays green. On copies of the installed package, the deferral by a stored reference in IterativeMergeStrategy.merge and the generator in Branch._handle_sync_delete leave the references unchanged: the earlier checks pass, and the new test fails naming the changed scope. The installed 1.2.1 tree passes. Follow-up of #143 (ADR 0016).
…__.py included The guard against imports of test modules read only the top-level files of the test package and skipped __init__.py. It resolved each relative import against the test package, and it checked only the first component under it. So these stayed green: - from .test_views import ViewTest in tests/__init__.py; - an import in a module of a test subpackage; - import netbox_interface_name_rules.tests.sub.test_views as views; - from netbox_interface_name_rules.tests.sub import test_views; - from ..test_views import ViewTest in tests/sub/shared.py, which resolved against the wrong package. The guard now reads each .py file under the test package, __init__.py included. It derives the package of each module from its path and resolves a relative import against that package. It reports an import whose target has a test_* component at any depth under the test package, and the name of a from-import counts as part of the target. So a test_* name imported from a shared module is refused too: pytest collects a test function where it is imported. With temporary imports in tests/__init__.py, in a new tests/sub subpackage and in helpers.py, the earlier guard passed and the new one fails naming the four statements. The new detector subtests for the two absolute subpackage spellings and the test_* name failed with the earlier detector. New tests cover a relative import from a subpackage, and __init__.py and subpackage modules in a temporary test package. The tree passes. Follow-up of #143.
A new upstream function that dispatches with getattr(change, action) (branch), where action is a variable, adds a replay path outside every reviewed scope. Neither the reference counts nor the fingerprints change. This is the third finding of one family: each scan rule misses the next form of dispatch. So the contract now answers the question at its source: is the installed netbox-branching the release that was reviewed? A test asserts that the installed version equals REVIEWED_NETBOX_BRANCHING, 1.2.1. When it differs, the message says what to re-review: run the scan, read every new reference, every changed fingerprint and any dynamic dispatch such as getattr with a variable name, then update the release, the fingerprints and the allow-lists together. The scan and the fingerprints stay, as the aid for that review. branching.installed_version() now reads the version, for the version gate and for this test. The gate still accepts any 1.2.x release. With the constant set to 1.2.2, the test fails with that message. With 1.2.1, it passes on the branch leg. Follow-up of #143 (ADR 0016).
With __all__ = ["test_views"] in tests/__init__.py, from . import * in another module of the test package loads tests.test_views, and the guard reported nothing: the import names no test module. The guard now refuses each wildcard import whose source resolves inside the test package. It does not read __all__. No module of the test package has such an import; the one wildcard import under tests, in isolated_settings.py, imports netbox.settings. The detector reports from . import *, from .helpers import * and from netbox_interface_name_rules.tests import *. A wildcard import from outside the test package is not reported. The earlier detector missed the three spellings, and the __all__ case in a temporary test package. Follow-up of #143.
InterfaceNameRule.save() compared the save alias with the alias that the router gives for a rule only when update_fields named a validated field. A full save and a targeted save of other fields (for example description) skipped the check. In a netbox-branching branch, rule.save(using="default") on a fully loaded rule therefore wrote the main row, while the same save of name_template raised. The comparison now runs before the update_fields branching, so every save refuses an alias that is not the routed write alias, before any query. The write scope membership check stays inside the locked block. Tests cover a full save and a description save through default in a branch, and through an unknown alias on main.
A merge or revert started from a shell with the branch active replays the logged changes on default, while the router gives the branch alias. netbox-branching replays a rule update through ObjectChange.apply(), update_object() and instance.save(using="default"). The rule save now checks the write alias on every save, so this replay raised RuntimeError, the same failure that the rename triggers had before they returned early during a replay. InterfaceNameRule.save() now skips its write-alias comparison while replay_in_progress() is true. The write scope check inside the locked block stays: default is always in the scope. The new test changes a rule through the REST API in the branch, then merges and reverts it with the branch active.
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Review comments at @.github/workflows/test.yaml:
- Around line 198-199: Update the setup-uv pin in the Install uv step of the
coverage job to match the SHA and release used by the other jobs and workflows,
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.devcontainer/scripts/setup.sh.github/copilot-instructions.md.github/workflows/coverage-badge.yaml.github/workflows/mkdocs.yaml.github/workflows/publish-pypi.yaml.github/workflows/release.yaml.github/workflows/test.yamlCONTEXT.mdCONTRIBUTING.mdREADME.mddocs/configuration.mddocs/design/netbox-branching.mddocs/examples.mddocs/index.mddocs/installation.mdnetbox_interface_name_rules/__init__.pynetbox_interface_name_rules/api/views.pynetbox_interface_name_rules/branching.pynetbox_interface_name_rules/family/__init__.pynetbox_interface_name_rules/family/conversion.pynetbox_interface_name_rules/family/names.pynetbox_interface_name_rules/family/template_names.pynetbox_interface_name_rules/jobs.pynetbox_interface_name_rules/models.pynetbox_interface_name_rules/rename_triggers.pynetbox_interface_name_rules/rule_selection.pynetbox_interface_name_rules/signals.pynetbox_interface_name_rules/tests/branch_cases.pynetbox_interface_name_rules/tests/comment_blocks.jsonnetbox_interface_name_rules/tests/helpers.pynetbox_interface_name_rules/tests/test_api.pynetbox_interface_name_rules/tests/test_bay_edit_trigger.pynetbox_interface_name_rules/tests/test_branch_jobs.pynetbox_interface_name_rules/tests/test_branch_replay.pynetbox_interface_name_rules/tests/test_branch_transactions.pynetbox_interface_name_rules/tests/test_branch_triggers.pynetbox_interface_name_rules/tests/test_branch_writes.pynetbox_interface_name_rules/tests/test_branching.pynetbox_interface_name_rules/tests/test_breakout_mode.pynetbox_interface_name_rules/tests/test_bulk_families.pynetbox_interface_name_rules/tests/test_change_log.pynetbox_interface_name_rules/tests/test_channelization.pynetbox_interface_name_rules/tests/test_channelized_mode.pynetbox_interface_name_rules/tests/test_ci_workflow.pynetbox_interface_name_rules/tests/test_conversion.pynetbox_interface_name_rules/tests/test_documentation.pynetbox_interface_name_rules/tests/test_installed_families.pynetbox_interface_name_rules/tests/test_misc.pynetbox_interface_name_rules/tests/test_module_boundaries.pynetbox_interface_name_rules/tests/test_module_move_trigger.pynetbox_interface_name_rules/tests/test_naming_point_sequences.pynetbox_interface_name_rules/tests/test_prospective_families.pynetbox_interface_name_rules/tests/test_raw_base.pynetbox_interface_name_rules/tests/test_rename_triggers.pynetbox_interface_name_rules/tests/test_rule_validation_agreement.pynetbox_interface_name_rules/tests/test_rules.pynetbox_interface_name_rules/tests/test_snapshot_guard.pynetbox_interface_name_rules/tests/test_structural_families.pynetbox_interface_name_rules/tests/test_transactions.pynetbox_interface_name_rules/tests/test_type_change_trigger.pynetbox_interface_name_rules/tests/test_vc_drift.pynetbox_interface_name_rules/tests/test_views.pynetbox_interface_name_rules/tests/trigger_cases.pynetbox_interface_name_rules/transactions.pynetbox_interface_name_rules/views.pypyproject.toml
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