v0.0.5

[0.0.5] - 2026-05-21

Fixed

• Object extension folding validation: JS GraphQL lowering now rejects
  duplicate fields and repeated Wesley directives when extend type blocks are
  folded into base object definitions.
• L1 fixture regeneration: pnpm fixtures:ir now regenerates the tracked
  Rust L1 *.l1.json and *.l1.hash corpus through the native Wesley CLI and
  exits nonzero when any fixture fails.
• Parity sentinel backlog truth: Clarified that Rust L1 fixture
  regeneration is not the same as the future JS/Rust parity comparator.
• Progress surface cleanup: Removed @wesley/scaffold-multitenant from the
  active README/progress metadata and architecture-boundary required package
  checks, and replaced the generated overall status hard break with a Markdown
  table.
• Release dependency audit: Added pnpm overrides for patched fast-uri,
  brace-expansion, and ws transitive versions so pnpm audit --prod=false
  reports no known vulnerabilities during release prep.

v0.0.4

[0.0.4] - 2026-05-15

Added

• Runtime optic requirements artifact: compile_runtime_optic() now emits a
  Wesley-owned OpticAdmissionRequirementsArtifact containing canonical
  requirements bytes, an explicit wesley.requirements.canonical-json.v0 codec,
  and a digest computed from those exact bytes. Downstream runtimes can import
  the bytes, digest, and codec directly without reserializing
  OpticAdmissionRequirements to create admission truth.

v0.0.3

[0.0.3] - 2026-05-14

Added

• Stack Witness 0001 fixture artifact shape: Added a hermetic
  jedit-through-Echo file-history fixture with operation ids, temporary fixture
  vars bytes, declared footprints, EINT and QueryView helper shapes, fixture
  vectors, and Rust/TypeScript operation binding coverage. The semicolon-kv
  bytes are explicitly marked as fixture-only, while targetCodec: wesley-binary/v0 records the future Wesley-generated binary codec target
  without implementing it.
• Runtime optic root argument validation: compile_runtime_optic() now
  validates selected root field arguments against the schema, preserves
  canonical root argument bindings in OpticOperation, and includes those
  bindings in stable operation identity.
• Runtime optic selected field arguments: compile_runtime_optic() now
  validates selected payload field arguments against the schema, preserves
  canonical field argument bindings in OpticOperation, and includes those
  bindings in stable operation and artifact identity.
• Runtime optic footprint bounds: compile_runtime_optic() now requires
  reads and writes arrays whenever @wes_footprint is present, while
  omitted forbids still defaults to an empty forbidden-resource list.
• Runtime optic root footprint admission: @wes_footprint is now legal only
  on the selected root field for runtime optic artifacts, keeping nested
  directives from changing admission-facing requirements.
• Runtime optic input literal validation: compile_runtime_optic() now
  recursively validates input object literals, required nested input fields, and
  enum values before emitting shape.valid.v1.
• Runtime optic fragment compatibility: Runtime optic lowering now rejects
  impossible fragment spreads and inline fragments by comparing parent and type
  condition possible runtime types.
• Runtime optic nested list validation: Runtime optic argument literal
  validation now preserves nested list wrappers while descending list values, so
  flattened literals cannot satisfy nested list types.
• Runtime optic nested list variable compatibility: Runtime optic variable
  validation now rejects nullable nested-list leaf types when the schema
  argument requires non-null leaves.
• Runtime optic subselection validation: Runtime optic lowering now rejects
  composite fields without subselections and leaf fields with subselections
  before emitting shape.valid.v1.
• Runtime optic response-name validation: Runtime optic lowering now rejects
  conflicting same-response-name selections before payload codec extraction can
  collapse incompatible fields.
• Optic registry resolver errors: Removed the unreachable
  ArtifactIdMismatch resolver error from the v0 in-memory registry, where
  descriptor artifact ids are lookup keys and unknown ids correctly resolve as
  ArtifactNotFound.
• Runtime optic footprint label validation: Runtime optic lowering now
  rejects duplicate labels within each @wes_footprint reads, writes, and
  forbids array.
• Runtime optic directive argument validation: Runtime optic lowering now
  rejects duplicate executable directive arguments instead of preserving
  last-write-wins metadata for law and footprint directives.
• Runtime optic executable subset guards: Runtime optic lowering now rejects
  variable defaults, __typename selections, and interface inheritance as
  explicit v0 unsupported features instead of accepting them under
  shape.valid.v1.
• Authority and witness wire snapshots: Runtime optic tests now snapshot
  CapabilityGrant, CapabilityPresentation, AdmissionTicket,
  LawWitness, observer classes, permission actions, evidence kinds, and law
  verdict enum spellings.
• Runtime optic invalid-operation assertions: Runtime optic regression tests
  now assert structured operation lowering errors instead of matching error
  message substrings.
• Runtime optic directive preservation: Runtime optic artifacts now preserve
  directive records from the executable operation, nested selections, fragment
  spreads, fragment definitions, and inline fragments instead of only the root
  field.
• Runtime optic payload aliases: Payload codec shapes now use GraphQL
  response names, so aliases and repeated schema fields with distinct aliases are
  reflected in payload paths and artifact hashes.
• Runtime optic payload requiredness: Payload codec fields now respect
  nullable ancestors, preventing non-null children under nullable parents from
  being emitted as required response paths.
• Runtime optic executable directive variables: Runtime optic directive
  records now preserve variable-backed executable directive arguments, such as
  @include(if: $flag), as canonical variable-reference JSON.
• Optic artifact registry normalization: The in-memory optic artifact
  registry now derives stored registration descriptors from artifact identity
  fields instead of trusting stale embedded descriptor data.
• Optic registration descriptor integrity coverage: The in-memory registry
  tests now assert operation id tampering is rejected alongside artifact hash,
  schema id, requirements digest, and missing artifact checks.

v0.0.2

[0.0.2] - 2026-05-09

Fixed

• Crates.io release clean-worktree recovery: The release workflow now keeps
  GitHub Release scratch files in the runner temp directory so draft release
  preparation no longer dirties the checkout before cargo xtask publish-crates enforces the real-publish clean-worktree guard.