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Let a migration opt in to prerequisites in other writers' namespaces (IMigrationRegistryV2) - #160

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2026-09-08-issue-159-migration-prerequisites
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Let a migration opt in to prerequisites in other writers' namespaces (IMigrationRegistryV2)#160
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2026-09-08-issue-159-migration-prerequisites

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@thedavidmeister thedavidmeister commented Sep 8, 2026

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Closes #159

What

IMigrationRegistryV2 adds an opt-in prerequisite to the two writes. applyMigrationAfter(expectedHead, migration, Prerequisite[] prerequisites) and applyMigrationHistoryAfter(expectedHead, migration, appliedAt, Prerequisite[] prerequisites) are the plain writes with one extra refusal: PrerequisiteNotApplied(writer, migration) for the first listed (writer, migration) whose record does not exist on this registry. When every prerequisite is applied they write exactly the plain record — same slots, same Migrated — and then emit MigratedAfter(writer, migration, prerequisites) so an indexer can rebuild the cross-namespace order without the registry storing it.

MigrationRegistry is IMigrationRegistryV2; LibMigrationRegistry gets applyMigrationAfter / applyMigrationHistoryAfter wrappers with the same code-hash check as the rest of its surface; the candidate is regenerated; README documents the entry points.

Why

A migration in one writer's namespace has no way to say it may only land once a migration in another writer's namespace has. Every such ordering in the st0x rollout is enforced by the dependent script re-deriving the other script's post-state or by a runbook. The registry is the index for exactly this fact, so the dependent script names it and the registry checks it.

Decisions (each is in the NatSpec with its reason)

  • A new standalone IMigrationRegistryV2, V1 untouched, concrete declares only V2. V1 shipped at sol-v0.1.7 and consumers pin it. Org convention for a published interface whose function set grows is a new full standalone versioned file: rainlang.interface's IInterpreterStoreV3 is standalone and imports only types from V2 (// Exported for convenience. + forge-lint unused-import suppression), and BaseRainlangStore is IInterpreterStoreV3, ERC165 declares only the latest version. This repo's own pre-0.1.7 V2 (git show 081b04f^:src/interface/IMigrationRegistryV2.sol) was likewise standalone. V2 re-exports MIGRATION_HEAD_GENESIS and every V1 error and event unchanged, so a V1 consumer reading V2 sees the same ABI plus the additions.
  • Prerequisite { address writer; bytes32 migration; } at file level; the key applied already takes.
  • Empty list is refused: NoPrerequisites(). A caller that chose the write that waits on something and named nothing has mis-set the list — the same stance as ZeroMigration on an uninitialised id. The plain write is right there for a migration with nothing to wait on.
  • Each entry is checked as a key first, over the WHOLE list, before any is read. ZeroWriter / ZeroMigration / GenesisMigration exactly as applied refuses them (the zero namespace is provably empty, so without this a zero writer would read as "unapplied forever" instead of as the unset constant it is). Two passes: every malformed argument is reported before any state is read, so a malformed entry later in the list is reported over an unapplied entry earlier in it.
  • Order of refusals (pinned in NatSpec and tests): ZeroMigrationGenesisMigrationZeroTimestampNoPrerequisites → per-entry key refusals over the whole list → PrerequisiteNotApplied for the first unapplied entry → MigrationAlreadyAppliedUnexpectedMigrationHeadTimestampBeforeHeadFutureTimestamp. The caller's own arguments first (what it can fix now), then the prerequisites (a fact about the world, reported over "already applied" because a record that exists while its named prerequisites do not is the more alarming fact), then the plain write's own order unchanged.
  • Duplicates and own-namespace entries are harmless index checks. A prerequisite naming the migration being applied is PrerequisiteNotApplied(writer, migration) by construction.
  • Prerequisites bound no moment. applyMigrationHistoryAfter accepts a moment earlier than its prerequisite's: another namespace's moments are that writer's data; what is checked is that the record existed when this write landed, which is chain order.
  • MigratedAfter is a sibling event, emitted after an unchanged Migrated, by the After writes only. V2 is a strict ABI superset of V1 and one Migrated filter is still the complete history. Nothing new is stored: the After write's storage-write slots are asserted identical to the plain write's.

Migration line item

New bytecode means a new CREATE2 address and an EMPTY registry. Candidate: 0xF288784F6d71783a0c437631bdc48753551a8cEa (codehash 0xb3f85252c7fcdfc970ddf3011668ffc1de276a2495723c92a4d649cc4dc07b1e), replacing 0.1.7's 0x13175E90969fE4977834210F25Fb3ED3ABBA64C7. Records on the 0.1.7 registry do not carry over. Enumerated 2026-09-08, Migrated topic0 0x7758a2e9a4f791e6196587ea8cf721b01284de690cbf67ce7a0962b3c80601f6, at the 0.1.7 address on every network it is deployed on (codehash 0xb9a3ed00…723c checked on each):

network chain Migrated events sources
arbitrum 42161 0 full-range eth_getLogs via arb1.arbitrum.io
base 8453 0 eth_getProof storageHash = empty-trie root via base-rpc.publicnode.com AND base.drpc.org; blockscout getLogs 0
base_sepolia 84532 0 eth_getProof storageHash = empty-trie root; blockscout getLogs 0
ethereum 1 0 eth_getProof storageHash = empty-trie root; blockscout getLogs 0
flare 14 0 eth_getProof storageHash = empty-trie root; blockscout getLogs 0
polygon 137 0 eth_getProof storageHash = empty-trie root; blockscout getLogs 0
hyperevm 999 0 windowed eth_getLogs, 189 windows of 10000 blocks from 43500000 to 45386396 via hyperliquid.drpc.org, every window answered (scratch: hyperevm-enum2.log); the deploy block is bracketed by drpc eth_getCode = 0x at 43500000 and code at 43540474, and the Manual sol artifacts run 32163985945 that broadcast to chain 999 forked at 43530474

Nothing recorded on 0.1.7 needs re-recording on the new address.

QA

Tests added:

  • test/src/concrete/MigrationRegistryApplyMigrationAfter.t.sol (MigrationRegistryApplyMigrationAfterTest, 31 tests): plain record + identical storage-write slots for both After writes; unapplied prerequisite reverts then lands; prerequisite is the migration not the namespace; fuzz over a list of any length with exactly one unapplied names that entry (both writes); first unapplied named among several; empty list NoPrerequisites on empty and used namespaces while the plain write lands; ZeroWriter / ZeroMigration / GenesisMigration entries; key refusal order within an entry; malformed entry reported over unapplied entry (two-pass pin); first malformed reported; self-prerequisite; own earlier migration as prerequisite; duplicates checked twice; own arguments before prerequisites (incl. NoPrerequisites after ZeroTimestamp); prerequisites before MigrationAlreadyApplied, before UnexpectedMigrationHead, before TimestampBeforeHead / FutureTimestamp; MigrationAlreadyApplied before head; History-recorded prerequisite counts; moment not bounded by prerequisite; Migrated then MigratedAfter from both writes with topic0 keccak256("MigratedAfter(address,bytes32,(address,bytes32)[])") and data abi.encode(prerequisites); event carries duplicates; no event on any revert; plain writes emit no MigratedAfter.

  • test/src/lib/LibMigrationRegistry.t.sol (+12): both wrappers succeed, pass PrerequisiteNotApplied / NoPrerequisites through unmodified, land under the calling contract, and are UnexpectedMigrationRegistryCodeHash on NoRegistry / WrongCode / DelegatedCode.

  • Discriminating tests: every test named above — each fails on base: MigrationRegistryApplyMigrationAfter.t.sol does not compile against main (no applyMigrationAfter / applyMigrationHistoryAfter / Prerequisite / IMigrationRegistryV2), nor do the 12 appended LibMigrationRegistry.t.sol tests (no lib wrappers); every one of them references a symbol this PR introduces.

  • Mutations applied: 18 mutants over the new logic (scratch/mutate.sh, baseline faf2819, suite forge test --match-contract MigrationRegistry, 161 tests), 18 killed, 0 survived, 0 not applied. Killers below exclude the 30 LibMigrationRegistryTest tests that fail under every concrete mutant through the candidate codehash pin, and testDeployMatchesPins; every mutant is killed by behavioural tests on its own.

id mutation behavioural killers (pin-only failures excluded)
M01 empty-list refusal removed 2: testApplyMigrationAfterEmptyReverts, testApplyMigrationAfterNoEventOnRevert
M02 key-check loop starts at 1 6: testApplyMigrationAfterFirstMalformedEntryReported, testApplyMigrationAfterGenesisPrerequisiteReverts, testApplyMigrationAfterKeyRefusalOrderWithinAnEntry, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterZeroMigrationPrerequisiteReverts, testApplyMigrationAfterZeroWriterReverts
M03 key-check loop skips the last entry 6: testApplyMigrationAfterGenesisPrerequisiteReverts, testApplyMigrationAfterKeyRefusalOrderWithinAnEntry, testApplyMigrationAfterMalformedEntryReportedOverUnappliedEntry, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterZeroMigrationPrerequisiteReverts, testApplyMigrationAfterZeroWriterReverts
M04 applied check inverted (== 0 -> != 0) 22: testApplyMigrationAfterAlreadyAppliedCheckedBeforeHead, testApplyMigrationAfterDuplicatesAreCheckedTwice, testApplyMigrationAfterEventCarriesDuplicates, testApplyMigrationAfterEvents, testApplyMigrationAfterHistoryPrerequisiteCounts, testApplyMigrationAfterLeavesThePrerequisiteNamespaceAlone, testApplyMigrationAfterNamesTheFirstUnapplied, testApplyMigrationAfterNamesTheOneUnapplied, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterOwnEarlierMigrationIsAPrerequisite, testApplyMigrationAfterPrerequisiteIsTheMigrationNotTheNamespace, testApplyMigrationAfterPrerequisitesCheckedBeforeAlreadyApplied, testApplyMigrationAfterPrerequisitesCheckedBeforeHead, testApplyMigrationAfterPrerequisitesCheckedBeforeTheMoment, testApplyMigrationAfterSelfPrerequisiteReverts, testApplyMigrationAfterUnappliedPrerequisiteRevertsThenLands, testApplyMigrationAfterWritesThePlainRecord, testApplyMigrationHistoryAfterEvents, testApplyMigrationHistoryAfterMomentIsNotBoundedByThePrerequisite, testApplyMigrationHistoryAfterNamesTheOneUnapplied, testApplyMigrationHistoryAfterUnappliedPrerequisiteRevertsThenLands, testApplyMigrationHistoryAfterWritesThePlainRecord
M05 applied loop starts at 1 12: testApplyMigrationAfterNamesTheFirstUnapplied, testApplyMigrationAfterNamesTheOneUnapplied, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterOwnEarlierMigrationIsAPrerequisite, testApplyMigrationAfterPrerequisiteIsTheMigrationNotTheNamespace, testApplyMigrationAfterPrerequisitesCheckedBeforeAlreadyApplied, testApplyMigrationAfterPrerequisitesCheckedBeforeHead, testApplyMigrationAfterPrerequisitesCheckedBeforeTheMoment, testApplyMigrationAfterSelfPrerequisiteReverts, testApplyMigrationAfterUnappliedPrerequisiteRevertsThenLands, testApplyMigrationHistoryAfterNamesTheOneUnapplied, testApplyMigrationHistoryAfterUnappliedPrerequisiteRevertsThenLands
M06 applied loop skips the last entry 12: testApplyMigrationAfterNamesTheFirstUnapplied, testApplyMigrationAfterNamesTheOneUnapplied, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterOwnEarlierMigrationIsAPrerequisite, testApplyMigrationAfterPrerequisiteIsTheMigrationNotTheNamespace, testApplyMigrationAfterPrerequisitesCheckedBeforeAlreadyApplied, testApplyMigrationAfterPrerequisitesCheckedBeforeHead, testApplyMigrationAfterPrerequisitesCheckedBeforeTheMoment, testApplyMigrationAfterSelfPrerequisiteReverts, testApplyMigrationAfterUnappliedPrerequisiteRevertsThenLands, testApplyMigrationHistoryAfterNamesTheOneUnapplied, testApplyMigrationHistoryAfterUnappliedPrerequisiteRevertsThenLands
M07 PrerequisiteNotApplied names msg.sender as writer 11: testApplyMigrationAfterDuplicatesAreCheckedTwice, testApplyMigrationAfterNamesTheFirstUnapplied, testApplyMigrationAfterNamesTheOneUnapplied, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterPrerequisiteIsTheMigrationNotTheNamespace, testApplyMigrationAfterPrerequisitesCheckedBeforeAlreadyApplied, testApplyMigrationAfterPrerequisitesCheckedBeforeHead, testApplyMigrationAfterPrerequisitesCheckedBeforeTheMoment, testApplyMigrationAfterUnappliedPrerequisiteRevertsThenLands, testApplyMigrationHistoryAfterNamesTheOneUnapplied, testApplyMigrationHistoryAfterUnappliedPrerequisiteRevertsThenLands
M08 PrerequisiteNotApplied names entry 0 migration 3: testApplyMigrationAfterNamesTheFirstUnapplied, testApplyMigrationAfterNamesTheOneUnapplied, testApplyMigrationHistoryAfterNamesTheOneUnapplied
M09 two passes collapsed into one loop 1: testApplyMigrationAfterMalformedEntryReportedOverUnappliedEntry
M10 prerequisites checked after the write 7: testApplyMigrationAfterNamesTheFirstUnapplied, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationAfterPrerequisiteIsTheMigrationNotTheNamespace, testApplyMigrationAfterPrerequisitesCheckedBeforeAlreadyApplied, testApplyMigrationAfterPrerequisitesCheckedBeforeHead, testApplyMigrationAfterPrerequisitesCheckedBeforeTheMoment, testApplyMigrationAfterSelfPrerequisiteReverts
M11 prerequisites checked before own arguments 1: testApplyMigrationAfterOwnArgumentsCheckedBeforePrerequisites
M12 MigratedAfter emit removed 3: testApplyMigrationAfterEventCarriesDuplicates, testApplyMigrationAfterEvents, testApplyMigrationHistoryAfterEvents
M13 MigratedAfter emitted before the write (before Migrated) 4: testApplyMigrationAfterEventCarriesDuplicates, testApplyMigrationAfterEvents, testApplyMigrationAfterNoEventOnRevert, testApplyMigrationHistoryAfterEvents
M14 MigratedAfter carries expectedHead instead of migration 2: testApplyMigrationAfterEvents, testApplyMigrationHistoryAfterEvents
M15 MigratedAfter carries address(this) instead of msg.sender 2: testApplyMigrationAfterEvents, testApplyMigrationHistoryAfterEvents
M16 plain writes also emit an empty MigratedAfter 6: testApplyMigrationAfterEventCarriesDuplicates, testApplyMigrationAfterEvents, testApplyMigrationEvent, testApplyMigrationHistoryAfterEvents, testApplyMigrationHistoryEvent, testApplyMigrationPlainWritesEmitNoMigratedAfter
M17 lib applyMigrationAfter skips checkCodeHash 3: testApplyMigrationAfterDelegatedCode, testApplyMigrationAfterNoRegistry, testApplyMigrationAfterWrongCode
M18 lib applyMigrationHistoryAfter skips checkCodeHash 3: testApplyMigrationHistoryAfterDelegatedCode, testApplyMigrationHistoryAfterNoRegistry, testApplyMigrationHistoryAfterWrongCode
  • Oracle: the issue's ask (first unapplied entry named, otherwise identical to the plain write, nothing stored) and IMigrationRegistryV1's NatSpec for the plain write's refusals. Expected values are computed in-test independently of the implementation: "identical" is a second registry written by the plain entry point and compared record-for-record and slot-for-slot via vm.record/vm.accesses; the event topic0 is keccak256("MigratedAfter(address,bytes32,(address,bytes32)[])") and the data abi.encode(prerequisites), both recomputed in the test; refusal order is pinned by constructing inputs that trip two refusals at once and asserting which is reported.
  • Category check: the issue asks for (A) applyMigrationAfter(expectedHead, migration, Prerequisite[]) reverting PrerequisiteNotApplied(writer, migration) for the first entry whose applied is zero and otherwise identical to applyMigration, (B) the same for the history write, (C) nothing new stored, (D) the prerequisites emitted so an indexer can rebuild cross-namespace order. Covered A, B, C (slot-identity test), D (MigratedAfter). The category beyond the issue's examples — malformed entries (zero writer / zero id / genesis id), an empty list, duplicates, own-namespace and self entries, and where the check sits relative to every existing refusal — is pinned too.

Local: nix develop -c forge test — 332 passed, 61 failed; every failure is a fork test on a missing *_RPC_URL (the same 61 as main). Candidate regenerated with forge script ./script/Build.sol && forge fmt; src/generated/0_1_7/ and candidate/AddressRegistry.sol unchanged.

Static, locally through the repo flake on the pushed head: forge fmt --check clean; slither . 0 results (the split had left appliedAt == 0 alone in checkMigrationArguments, where the timestamp detector flagged it; wrapped with the same start/end pair main uses around the moment comparisons); rainix-sol-single-contract exit 0; reuse lint compliant (107/107). CI at 9115d8a: copy-artifacts, static, legal and test (393 passed, fork tests included) green. big-blocks-tool red on all three pushes with the same cause: the nix build of rainix's rainix-static at the pinned rainix SHA c4cf22d gets HTTP 403 from the crates.io API download endpoint for zip-2.4.2 on the runner while static.crates.io serves it; nothing in this diff touches that tool, the same job passed on main on 2026-08-28, and the fix belongs in rainix (its rust shell's crate vendoring on a cache miss).

thedavidmeister and others added 3 commits September 8, 2026 20:07
…ue 159)

Uncommitted work from two producers, committed as-is so it cannot be lost.
Tests not yet green; see /home/gildlab/artifacts/rain.deploy-159/handoff-2.md.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01Er8WeWK6pTu7imaLpEZ3bg
forge script ./script/Build.sol, as rainix-copy-artifacts runs it. Only
src/generated/candidate/MigrationRegistry.sol changes; 0_1_7 and the
candidate AddressRegistry are untouched.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01Er8WeWK6pTu7imaLpEZ3bg
`vm.prank(w); r.f(r.head(w), ...)` pranks the head read, not the write, so
every helper and inline apply reads the head into a local first. Where an
assertion is only a question for distinct keys (the dependent migration
reaching the other namespace; the same call landing after its prerequisite
was applied elsewhere) the test assumes the distinctness and says why; the
own-namespace prerequisite has its own test.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01Er8WeWK6pTu7imaLpEZ3bg
@thedavidmeister thedavidmeister self-assigned this Sep 8, 2026
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Review Change StackReview Change Stack

Walkthrough

MigrationRegistry now implements IMigrationRegistryV2 and supports prerequisite-aware migration writes. The interface, library wrappers, caller wrappers, and tests cover validation, cross-namespace prerequisites, event ordering, timestamps, and registry code-hash checks.

Changes

Migration prerequisite support

Layer / File(s) Summary
V2 interface contract
src/interface/IMigrationRegistryV2.sol
Adds Prerequisite, prerequisite errors, MigratedAfter, four write methods, and registry read methods with documented validation and ordering rules.
Registry validation and writes
src/concrete/MigrationRegistry.sol
Implements V2. It validates migration arguments, checks nonempty and applied prerequisites, and uses a shared record-writing path.
Library and caller integration
src/lib/LibMigrationRegistry.sol, test/concrete/MockMigrationApplier.sol
Updates registry dispatch to V2 and adds prerequisite-aware library and caller wrappers with code-hash validation.
Registry behavior tests
test/src/concrete/MigrationRegistryApplyMigrationAfter.t.sol
Tests prerequisite validation, refusal ordering, namespace behavior, timestamps, storage, events, and plain-write compatibility.
Library integration tests
test/src/lib/LibMigrationRegistry.t.sol
Tests successful prerequisite-aware calls, caller namespaces, missing prerequisites, and invalid registry code.

Priority: ➖ Normal

Estimated code review effort: 4 (Complex) | ~45 minutes

Severity of issue fixed: Medium

Merge Risk: ⚪ Minimal · up to faf28

No concrete merge-blocking behavior is established at the current head.

Sequence Diagram(s)

sequenceDiagram
  participant Caller
  participant LibMigrationRegistry
  participant MigrationRegistry
  participant PrerequisiteWriter
  Caller->>LibMigrationRegistry: applyMigrationAfter(expectedHead, migration, prerequisites)
  LibMigrationRegistry->>MigrationRegistry: validate registry code hash
  LibMigrationRegistry->>MigrationRegistry: forward prerequisite-aware write
  MigrationRegistry->>PrerequisiteWriter: check prerequisite records
  PrerequisiteWriter-->>MigrationRegistry: applied status
  MigrationRegistry-->>Caller: Migrated and MigratedAfter events
Loading
🚥 Pre-merge checks | ✅ 5
✅ Passed checks (5 passed)
Check name Status Explanation
Linked Issues check ✅ Passed The changes satisfy issue #159. They add Prerequisite, provide both prerequisite-aware write functions, reject missing prerequisites, preserve existing storage and write behavior, and emit MigratedAft…
Out of Scope Changes check ✅ Passed The interface, registry implementation, library wrappers, mocks, and tests directly support the prerequisite-aware migration objective. No unrelated code changes are evident.
Docstring Coverage ✅ Passed No functions found in the changed files to evaluate docstring coverage. Skipping docstring coverage check. Docstring coverage is scoped to functions touched by this diff. Analyzed 0 functions across 0…
Description Check ✅ Passed Check skipped - CodeRabbit’s high-level summary is enabled.
Title check ✅ Passed The title clearly summarizes the primary change: adding opt-in prerequisite support across writers' namespaces through IMigrationRegistryV2.
✨ Finishing Touches 💡 1
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  • Create PR with unit tests
  • Commit unit tests in branch 2026-09-08-issue-159-migration-prerequisites

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Actionable comments posted: 1

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Inline comments:
In `@src/concrete/MigrationRegistry.sol`:
- Line 80: Update the remaining registry test handles in LibMigrationRegistry to
use IMigrationRegistryV2 instead of IMigrationRegistryV1, including return
types, casts, and stored variables, while preserving the existing deployment
behavior.

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📒 Files selected for processing (6)
  • src/concrete/MigrationRegistry.sol
  • src/interface/IMigrationRegistryV2.sol
  • src/lib/LibMigrationRegistry.sol
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  • test/src/concrete/MigrationRegistryApplyMigrationAfter.t.sol
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Comment thread src/concrete/MigrationRegistry.sol
thedavidmeister and others added 3 commits September 8, 2026 20:35
…n its own function

Splitting applyMigrationRecord left `appliedAt == 0` alone in
checkMigrationArguments, where the timestamp detector has nothing else to
attach the result to, so the start/end pair main used around the moment
comparisons now wraps this one too.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01Er8WeWK6pTu7imaLpEZ3bg
The concrete declares V2 only; a V1-typed handle compiled because V2 keeps
the V1 ABI, but hid the After entry points from the helper. Error selectors
stay on V1 where the test pins that the V1 surface is unchanged.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01Er8WeWK6pTu7imaLpEZ3bg
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Let a migration opt in to a prerequisite in another writer's namespace

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