feat(acms): implement UKO Layer 3 Technology Vocabularies (uko-py, uko-ts, uko-rs, uko-java) #660

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hamza.khyari merged 1 commit from feature/m6-uko-layer3-technology-vocabularies into master 2026-03-16 12:18:06 +00:00
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Summary

Implements Forgejo issue #576 — UKO Layer 3 Technology-Specific Vocabularies for the ACMS subsystem. Adds language-specific semantic refinements for Python (uko-py:), TypeScript (uko-ts:), Rust (uko-rs:), and Java (uko-java:) that extend Layer 2 paradigm vocabularies with technology-specific classes, properties, and DetailLevelMap insertions.

Motivation

Layer 3 vocabularies are the most specific level of the UKO ontology hierarchy, providing language-aware semantic nodes for code understanding. Python needs decorator chains and type stubs, TypeScript needs export/ambient types, Rust needs lifetime/trait bound annotations, and Java needs modifier/annotation semantics. Without these, the ACMS context pipeline cannot produce language-aware code summaries at varying detail levels.

Changes

OWL/Turtle Ontologies (docs/ontology/)

  • uko-py.ttl — 5 Python-specific OWL classes (PythonModule, PythonClass, PythonFunction, PythonDecorator, PythonTypeStub) + 5 properties
  • uko-ts.ttl — 4 TypeScript classes + 5 properties (export markers, ambient types, generics)
  • uko-rs.ttl — 5 Rust classes + 8 properties (visibility, lifetimes, trait bounds, unsafe, derive)
  • uko-java.ttl — 5 Java classes + 8 properties (package visibility, modifiers, annotations, checked exceptions)

Python Models (src/cleveragents/acms/uko/)

  • vocabulary.py — Base types: ProvenanceInfo, UKOClass, UKOProperty, Layer2Dependency, UKOVocabulary (all frozen Pydantic models with tuple containers)
  • layer3_py.py — Python vocabulary with 3 DetailLevelMap insertions (DECORATED_SIGNATURES, TYPE_STUBS, WITH_TESTS) producing 15-level effective map
  • layer3_ts.py — TypeScript vocabulary extending at SIGNATURES level
  • layer3_rs.py — Rust vocabulary (multi-paradigm: extends uko-oo + uko-func)
  • layer3_java.py — Java vocabulary extending at SIGNATURES level
  • __init__.py — Package re-exports with sorted __all__

Provenance Contract

Every Layer 3 node carries 5 provenance fields per spec: source_resource, source_path, source_range, valid_from, is_current.

Tests

  • Behave: features/uko_layer3_vocabularies.feature — 63 scenarios covering all 4 vocabularies, DetailLevelMap insertion, 4-layer chain resolution, provenance contract, validation boundaries
  • CHANGELOG.md updated

Verification

  • nox -s lint
  • nox -s typecheck (0 errors, 0 warnings)

Spec Reference

docs/specification.md lines ~42423-42438 (Layer 3: Technology-Specific Specializations)

Dependencies

  • Depends conceptually on #575 (Layer 2) — references Layer 2 URIs as string constants with graceful fallback
  • Layers 1 and 2 are not yet merged; this code works standalone

Closes #576

## Summary Implements Forgejo issue #576 — UKO Layer 3 Technology-Specific Vocabularies for the ACMS subsystem. Adds language-specific semantic refinements for Python (`uko-py:`), TypeScript (`uko-ts:`), Rust (`uko-rs:`), and Java (`uko-java:`) that extend Layer 2 paradigm vocabularies with technology-specific classes, properties, and DetailLevelMap insertions. ## Motivation Layer 3 vocabularies are the most specific level of the UKO ontology hierarchy, providing language-aware semantic nodes for code understanding. Python needs decorator chains and type stubs, TypeScript needs export/ambient types, Rust needs lifetime/trait bound annotations, and Java needs modifier/annotation semantics. Without these, the ACMS context pipeline cannot produce language-aware code summaries at varying detail levels. ## Changes ### OWL/Turtle Ontologies (`docs/ontology/`) - `uko-py.ttl` — 5 Python-specific OWL classes (PythonModule, PythonClass, PythonFunction, PythonDecorator, PythonTypeStub) + 5 properties - `uko-ts.ttl` — 4 TypeScript classes + 5 properties (export markers, ambient types, generics) - `uko-rs.ttl` — 5 Rust classes + 8 properties (visibility, lifetimes, trait bounds, unsafe, derive) - `uko-java.ttl` — 5 Java classes + 8 properties (package visibility, modifiers, annotations, checked exceptions) ### Python Models (`src/cleveragents/acms/uko/`) - `vocabulary.py` — Base types: `ProvenanceInfo`, `UKOClass`, `UKOProperty`, `Layer2Dependency`, `UKOVocabulary` (all frozen Pydantic models with tuple containers) - `layer3_py.py` — Python vocabulary with 3 DetailLevelMap insertions (DECORATED_SIGNATURES, TYPE_STUBS, WITH_TESTS) producing 15-level effective map - `layer3_ts.py` — TypeScript vocabulary extending at SIGNATURES level - `layer3_rs.py` — Rust vocabulary (multi-paradigm: extends uko-oo + uko-func) - `layer3_java.py` — Java vocabulary extending at SIGNATURES level - `__init__.py` — Package re-exports with sorted `__all__` ### Provenance Contract Every Layer 3 node carries 5 provenance fields per spec: `source_resource`, `source_path`, `source_range`, `valid_from`, `is_current`. ### Tests - **Behave**: `features/uko_layer3_vocabularies.feature` — 63 scenarios covering all 4 vocabularies, DetailLevelMap insertion, 4-layer chain resolution, provenance contract, validation boundaries - **CHANGELOG.md** updated ## Verification - `nox -s lint` ✅ - `nox -s typecheck` ✅ (0 errors, 0 warnings) ## Spec Reference `docs/specification.md` lines ~42423-42438 (Layer 3: Technology-Specific Specializations) ## Dependencies - Depends conceptually on #575 (Layer 2) — references Layer 2 URIs as string constants with graceful fallback - Layers 1 and 2 are not yet merged; this code works standalone Closes #576
hamza.khyari added this to the v3.5.0 milestone 2026-03-10 00:46:22 +00:00
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Owner

PM Status (Day 31):

Merge conflict detected. The 17 PR merges from Days 30-31 (including your own 5 merges) significantly updated develop.

Action required: @hamza.khyari — please rebase this PR against current develop and push.

Priority: M6 work — continue at pace. Your Days 30-31 velocity was excellent (5 merges).

**PM Status (Day 31)**: Merge conflict detected. The 17 PR merges from Days 30-31 (including your own 5 merges) significantly updated `develop`. **Action required**: @hamza.khyari — please rebase this PR against current `develop` and push. **Priority**: M6 work — continue at pace. Your Days 30-31 velocity was excellent (5 merges).
Owner

PM Review — Day 31 (Specification Update)

Merge conflict detected. This conflict is due to significant specification changes made today (ACP→A2A protocol adoption, TUI overhaul).

Spec Alignment Check

Resource type work is NOT impacted by the protocol or TUI changes. Resource models are in the domain layer, orthogonal to the transport layer.

Milestone

Remains v3.6.0 (M7 — Advanced Concepts). Resource types are explicitly M7 scope.

Action Required

@hamza.khyari — Rebase against master. Priority: After v3.5.0 UKO work (#657, #660).

## PM Review — Day 31 (Specification Update) **Merge conflict** detected. This conflict is due to significant specification changes made today (ACP→A2A protocol adoption, TUI overhaul). ### Spec Alignment Check Resource type work is NOT impacted by the protocol or TUI changes. Resource models are in the domain layer, orthogonal to the transport layer. ### Milestone Remains v3.6.0 (M7 — Advanced Concepts). Resource types are explicitly M7 scope. ### Action Required @hamza.khyari — Rebase against `master`. Priority: After v3.5.0 UKO work (#657, #660).
Owner

PM Status — Day 32

Status: CONFLICTED — needs rebase. Also blocked by PR #657 (Layer 2) conceptually.

PR: UKO Layer 3 Technology Vocabularies (Python/TypeScript/Rust/Java). M6 (v3.5.0), overdue (due Mar 10). Author: @hamza.khyari.

Notes:

  • This depends on Layer 2 (#657) which itself has 6 unresolved P1 findings.
  • Labels present but incomplete — has Priority/Medium, State/Unverified, Type/Feature. Missing MoSCoW, Points.
  • Suggest merging #657 first, then rebasing this PR.

Action Required:

  1. @hamza.khyari: Focus on resolving PR #657's P1 findings first, then rebase this PR.
  2. After rebase, this will need a peer code review.
## PM Status — Day 32 **Status**: CONFLICTED — needs rebase. Also blocked by PR #657 (Layer 2) conceptually. **PR**: UKO Layer 3 Technology Vocabularies (Python/TypeScript/Rust/Java). M6 (v3.5.0), overdue (due Mar 10). Author: @hamza.khyari. **Notes**: - This depends on Layer 2 (#657) which itself has 6 unresolved P1 findings. - Labels present but incomplete — has Priority/Medium, State/Unverified, Type/Feature. Missing MoSCoW, Points. - Suggest merging #657 first, then rebasing this PR. **Action Required**: 1. **@hamza.khyari**: Focus on resolving PR #657's P1 findings first, then rebase this PR. 2. After rebase, this will need a peer code review.
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brent.edwards left a comment

OWL/Turtle Ontology Review — 4 New TTL Files

Summary

All 4 TTL files are structurally consistent with their Python counterparts. Namespace URIs, class counts, property counts, subClassOf hierarchies, domain/range mappings, and ObjectProperty vs DatatypeProperty distinctions all match. I found 3 comment drift issues (P3), 1 OWL semantics issue affecting 15 properties across all files (P1), and 2 best-practice omissions (P3).


Findings

# File Line(s) Severity Description Suggested Fix
1 uko-py.ttl 43 P3 rdfs:comment on PythonDecorator says "@property, @staticmethod, custom decorators" but Python source (layer3_py.py:87-88) says "@property, @staticmethod, @classmethod, custom decorators". Missing @classmethod. Add @classmethod to the TTL comment.
2 uko-rs.ttl 37 P3 rdfs:comment on RustImpl says "A Rust impl block — either inherent or trait implementation." but Python source (layer3_rs.py:86-88) appends "Extends uko-code:TypeDefinition.". Trailing sentence truncated. Append Extends uko-code:TypeDefinition. to the comment.
3 uko-java.ttl 46 P3 rdfs:comment on JavaCheckedException says "A checked exception declaration in a method's throws clause." but Python source (layer3_java.py:103-104) appends "Records the exception class and any conditions.". Trailing sentence truncated. Append Records the exception class and any conditions. to the comment.
4 All 4 TTL files multiple P1 Multiple rdfs:domain values produce OWL intersection semantics, not union. In Turtle, rdfs:domain A , B generates two triples, and OWL interprets multiple rdfs:domain assertions as the intersection of those classes. E.g., uko-py:hasDecorator with rdfs:domain uko-py:PythonFunction , uko-py:PythonClass means the domain is things that are both PythonFunction and PythonClass — almost certainly empty. The intent is clearly union (either/or). This affects 15 properties across all files (py: 2, ts: 3, rs: 5, java: 5). For each multi-domain property, replace comma-separated domains with owl:unionOf: rdfs:domain [ a owl:Class ; owl:unionOf ( uko-py:PythonFunction uko-py:PythonClass ) ] ;. Note: The Python code uses domain tuples in the same way, so this is a design-level issue that is consistent between TTL and Python — should be fixed in both or documented as intentional "vocabulary hint, not OWL-DL constraint".
5 All 4 TTL files P3 No owl:Ontology declaration in any language-specific TTL file. The base uko.ttl declares uko: a owl:Ontology but these 4 do not declare themselves as ontologies. Add owl:Ontology declaration with owl:imports of parent, e.g.: <https://cleveragents.ai/ontology/uko/py#> a owl:Ontology ; owl:imports <https://cleveragents.ai/ontology/uko#> .
6 All 4 TTL files P3 No owl:imports triples. Without these, OWL reasoners loading a single TTL file won't automatically resolve parent classes referenced via rdfs:subClassOf. Add owl:imports to the ontology declaration (see #5).

Verified Correct (No Issues Found)

  • Namespace URIs — all @prefix declarations match Python UKO_*_NS constants exactly (all 4 files)
  • Class counts — py=5, ts=4, rs=5, java=5 (matches PR description)
  • Property counts — py=5, ts=5, rs=8, java=8 (matches PR description)
  • rdfs:subClassOf — all hierarchy references match Python subclass_of tuples
  • rdfs:domain / rdfs:range — all property domain/range URIs match Python definitions
  • owl:ObjectProperty vs owl:DatatypeProperty — matches Python is_object_property flag for all 26 properties
  • No missing declarations — every class/property in Python exists in TTL and vice versa (complete parity)
  • Prefix imports — each file declares the correct parent prefixes; uko-rs.ttl correctly includes uko-func:
  • rdfs:label — all labels match Python label fields exactly
  • Turtle syntax — no syntax errors detected
## OWL/Turtle Ontology Review — 4 New TTL Files ### Summary All 4 TTL files are structurally consistent with their Python counterparts. Namespace URIs, class counts, property counts, `subClassOf` hierarchies, domain/range mappings, and `ObjectProperty` vs `DatatypeProperty` distinctions all match. I found **3 comment drift issues** (P3), **1 OWL semantics issue** affecting 15 properties across all files (P1), and **2 best-practice omissions** (P3). --- ### Findings | # | File | Line(s) | Severity | Description | Suggested Fix | |---|------|---------|----------|-------------|---------------| | 1 | `uko-py.ttl` | 43 | **P3** | `rdfs:comment` on `PythonDecorator` says `"@property, @staticmethod, custom decorators"` but Python source (`layer3_py.py:87-88`) says `"@property, @staticmethod, @classmethod, custom decorators"`. Missing `@classmethod`. | Add `@classmethod` to the TTL comment. | | 2 | `uko-rs.ttl` | 37 | **P3** | `rdfs:comment` on `RustImpl` says `"A Rust impl block — either inherent or trait implementation."` but Python source (`layer3_rs.py:86-88`) appends `"Extends uko-code:TypeDefinition."`. Trailing sentence truncated. | Append ` Extends uko-code:TypeDefinition.` to the comment. | | 3 | `uko-java.ttl` | 46 | **P3** | `rdfs:comment` on `JavaCheckedException` says `"A checked exception declaration in a method's throws clause."` but Python source (`layer3_java.py:103-104`) appends `"Records the exception class and any conditions."`. Trailing sentence truncated. | Append ` Records the exception class and any conditions.` to the comment. | | 4 | All 4 TTL files | multiple | **P1** | **Multiple `rdfs:domain` values produce OWL intersection semantics, not union.** In Turtle, `rdfs:domain A , B` generates two triples, and OWL interprets multiple `rdfs:domain` assertions as the **intersection** of those classes. E.g., `uko-py:hasDecorator` with `rdfs:domain uko-py:PythonFunction , uko-py:PythonClass` means the domain is things that are *both* PythonFunction *and* PythonClass — almost certainly empty. The intent is clearly **union** (either/or). This affects **15 properties** across all files (py: 2, ts: 3, rs: 5, java: 5). | For each multi-domain property, replace comma-separated domains with `owl:unionOf`: `rdfs:domain [ a owl:Class ; owl:unionOf ( uko-py:PythonFunction uko-py:PythonClass ) ] ;`. **Note:** The Python code uses domain tuples in the same way, so this is a design-level issue that is *consistent* between TTL and Python — should be fixed in both or documented as intentional "vocabulary hint, not OWL-DL constraint". | | 5 | All 4 TTL files | — | **P3** | No `owl:Ontology` declaration in any language-specific TTL file. The base `uko.ttl` declares `uko: a owl:Ontology` but these 4 do not declare themselves as ontologies. | Add `owl:Ontology` declaration with `owl:imports` of parent, e.g.: `<https://cleveragents.ai/ontology/uko/py#> a owl:Ontology ; owl:imports <https://cleveragents.ai/ontology/uko#> .` | | 6 | All 4 TTL files | — | **P3** | No `owl:imports` triples. Without these, OWL reasoners loading a single TTL file won't automatically resolve parent classes referenced via `rdfs:subClassOf`. | Add `owl:imports` to the ontology declaration (see #5). | --- ### Verified Correct (No Issues Found) - **Namespace URIs** — all `@prefix` declarations match Python `UKO_*_NS` constants exactly (all 4 files) - **Class counts** — py=5, ts=4, rs=5, java=5 (matches PR description) - **Property counts** — py=5, ts=5, rs=8, java=8 (matches PR description) - **`rdfs:subClassOf`** — all hierarchy references match Python `subclass_of` tuples - **`rdfs:domain` / `rdfs:range`** — all property domain/range URIs match Python definitions - **`owl:ObjectProperty` vs `owl:DatatypeProperty`** — matches Python `is_object_property` flag for all 26 properties - **No missing declarations** — every class/property in Python exists in TTL and vice versa (complete parity) - **Prefix imports** — each file declares the correct parent prefixes; `uko-rs.ttl` correctly includes `uko-func:` - **`rdfs:label`** — all labels match Python `label` fields exactly - **Turtle syntax** — no syntax errors detected
@ -0,0 +43,4 @@
uko-java:JavaCheckedException a owl:Class ;
rdfs:subClassOf uko-code:TypeDefinition ;
rdfs:label "JavaCheckedException" ;
rdfs:comment "A checked exception declaration in a method's throws clause." .
Member

P3: Comment drift — Missing trailing sentence Records the exception class and any conditions.

Python source (layer3_java.py:103-104):

"A checked exception declaration in a method's throws clause. Records the exception class and any conditions."

Suggested fix:

rdfs:comment "A checked exception declaration in a method's throws clause. Records the exception class and any conditions." .
**P3: Comment drift** — Missing trailing sentence `Records the exception class and any conditions.` Python source (`layer3_java.py:103-104`): ``` "A checked exception declaration in a method's throws clause. Records the exception class and any conditions." ``` Suggested fix: ```turtle rdfs:comment "A checked exception declaration in a method's throws clause. Records the exception class and any conditions." . ```
@ -0,0 +40,4 @@
uko-py:PythonDecorator a owl:Class ;
rdfs:subClassOf uko-py:PythonFunction ;
rdfs:label "PythonDecorator" ;
rdfs:comment "A decorator chain entry (@property, @staticmethod, custom decorators)." .
Member

P3: Comment drift — Missing @classmethod from the decorator examples.

Python source (layer3_py.py:87-88):

"A decorator chain entry (@property, @staticmethod, @classmethod, custom decorators)."

TTL has:

"A decorator chain entry (@property, @staticmethod, custom decorators)."

Suggested fix:

rdfs:comment "A decorator chain entry (@property, @staticmethod, @classmethod, custom decorators)." .
**P3: Comment drift** — Missing `@classmethod` from the decorator examples. Python source (`layer3_py.py:87-88`): ``` "A decorator chain entry (@property, @staticmethod, @classmethod, custom decorators)." ``` TTL has: ``` "A decorator chain entry (@property, @staticmethod, custom decorators)." ``` Suggested fix: ```turtle rdfs:comment "A decorator chain entry (@property, @staticmethod, @classmethod, custom decorators)." . ```
@ -0,0 +50,4 @@
# -- Properties --
uko-py:hasDecorator a owl:ObjectProperty ;
rdfs:domain uko-py:PythonFunction , uko-py:PythonClass ;
Member

P1: OWL intersection vs union semantics — Listing multiple classes with rdfs:domain A , B creates two separate rdfs:domain triples. Per OWL semantics, multiple rdfs:domain assertions are interpreted as the intersection (AND) of the classes, not the union (OR).

Here, rdfs:domain uko-py:PythonFunction , uko-py:PythonClass means "the domain is things that are both PythonFunction AND PythonClass" — which is likely the empty set.

The intended semantics is almost certainly union ("can be applied to PythonFunction OR PythonClass").

This same pattern affects 15 properties across all 4 TTL files (py:2, ts:3, rs:5, java:5) and is consistent with the Python domain tuples — so it's a design-level concern, not a TTL-vs-Python mismatch.

To fix for strict OWL-DL:

rdfs:domain [ a owl:Class ; owl:unionOf ( uko-py:PythonFunction uko-py:PythonClass ) ] ;

Alternatively, document that rdfs:domain here is used as an informational vocabulary hint and not intended for OWL-DL reasoning.

**P1: OWL intersection vs union semantics** — Listing multiple classes with `rdfs:domain A , B` creates two separate `rdfs:domain` triples. Per OWL semantics, multiple `rdfs:domain` assertions are interpreted as the **intersection** (AND) of the classes, not the union (OR). Here, `rdfs:domain uko-py:PythonFunction , uko-py:PythonClass` means "the domain is things that are both PythonFunction AND PythonClass" — which is likely the empty set. The intended semantics is almost certainly union ("can be applied to PythonFunction OR PythonClass"). This same pattern affects **15 properties** across all 4 TTL files (py:2, ts:3, rs:5, java:5) and is consistent with the Python domain tuples — so it's a design-level concern, not a TTL-vs-Python mismatch. To fix for strict OWL-DL: ```turtle rdfs:domain [ a owl:Class ; owl:unionOf ( uko-py:PythonFunction uko-py:PythonClass ) ] ; ``` Alternatively, document that `rdfs:domain` here is used as an informational vocabulary hint and not intended for OWL-DL reasoning.
@ -0,0 +34,4 @@
uko-rs:RustImpl a owl:Class ;
rdfs:subClassOf uko-code:TypeDefinition ;
rdfs:label "RustImpl" ;
rdfs:comment "A Rust impl block — either inherent or trait implementation." .
Member

P3: Comment drift — Missing trailing sentence Extends uko-code:TypeDefinition.

Python source (layer3_rs.py:86-88):

"A Rust impl block — either inherent or trait implementation. Extends uko-code:TypeDefinition."

Suggested fix:

rdfs:comment "A Rust impl block — either inherent or trait implementation. Extends uko-code:TypeDefinition." .
**P3: Comment drift** — Missing trailing sentence `Extends uko-code:TypeDefinition.` Python source (`layer3_rs.py:86-88`): ``` "A Rust impl block — either inherent or trait implementation. Extends uko-code:TypeDefinition." ``` Suggested fix: ```turtle rdfs:comment "A Rust impl block — either inherent or trait implementation. Extends uko-code:TypeDefinition." . ```
brent.edwards requested changes 2026-03-14 01:52:04 +00:00
Dismissed
brent.edwards left a comment

Review — feat(acms): implement UKO Layer 3 Technology Vocabularies

Reviewed commit d843f7b4 (the single commit ahead of merge-base 232ef965). Solid work — the ontology design is clean, Pyright reports 0 errors, all models are correctly frozen, and the test surface is substantial. However, there are several CONTRIBUTING.md violations and design-coherence issues that need to be addressed before merge.

Totals: 7 P1, 15 P2, 7 P3.


P1 findings (must fix before merge)

# Location Issue
1 features/steps/uko_layer3_vocabularies_steps.py:141,200 # type: ignore[misc] — CONTRIBUTING.md line 548 violation. Absolute prohibition, zero exceptions. See inline comment.
2 features/steps/uko_layer3_vocabularies_steps.py:144,203 except (TypeError, AttributeError, Exception) is except Exception:Exception subsumes the other two. CONTRIBUTING.md lines 500-501 forbid except Exception: without unconditional re-raise. See inline comment.
3 src/cleveragents/acms/uko/vocabulary.py:62-75 OO_EFFECTIVE_LEVELS is a hard-coded copy of the computed OO map. Duplicates data from detail_level_maps.OO_DETAIL_LEVEL_MAP. If Layer 2 changes insertions, this tuple silently drifts. Derive from the single source of truth instead. See inline comment.
4 src/cleveragents/acms/uko/__init__.py 8 constants missing from __all__ / re-exports. Each layer3_*.py exports both FOO_DETAIL_LEVELS and FOO_VOCABULARY (SCREAMING_CASE) in its __all__, but uko/__init__.py only re-exports the PascalCase aliases. Missing: PYTHON_DETAIL_LEVELS, PYTHON_VOCABULARY, TYPESCRIPT_DETAIL_LEVELS, TYPESCRIPT_VOCABULARY, RUST_DETAIL_LEVELS, RUST_VOCABULARY, JAVA_DETAIL_LEVELS, JAVA_VOCABULARY. Since acms/__init__.py:67 derives its __all__ from _uko.__all__, the gap propagates to the package surface. See inline comment.
5 CHANGELOG.md:62-66 "ProvenanceInfo model with 5 required fields" is factually incorrect. Only 2 of the 5 fields are required (source_resource, source_path). The other 3 have defaults. The commit body repeats this error. See inline comment.
6 benchmarks/bench_uko_layer3.py:94-96 Setup work inside timed method. time_resolve_with_parent_fallback allocates a new tuple inside the timed body. The Layer 2 benchmark (bench_detail_level_map.py) correctly does all allocation in setup(). See inline comment.
7 features/uko_layer3_vocabularies.feature:202,230 Rust and Java properties not enumerated by name. Python (lines 124-129) and TypeScript (lines 166-171) enumerate every property name; Rust and Java only count-check (should have 8 properties). A renamed or swapped property silently passes. See inline comment.

P2 findings (should fix in follow-up, within 3 days)

# Location Issue
8 All layer3_*.py PascalCase aliases for runtime values. PythonDetailLevelMap = PYTHON_DETAIL_LEVELS etc. PascalCase signals a class/type in Python; these are tuple[tuple[str, int], ...] values. Either remove the aliases and use only SCREAMING_CASE names, or add a proper TypeAlias.
9 features/steps/uko_layer3_detail_map_steps.py:349-395 7 imports inside step function bodies. CONTRIBUTING.md lines 1292-1297 prohibit imports inside functions (only exception: TYPE_CHECKING). The test intent is to verify importability, but the rule is absolute. Move imports to file top and assert the symbols are not None, or request a documented exception.
10 features/steps/uko_layer3_detail_map_steps.py (whole file) Step file naming mismatch. Steps serve only uko_layer3_vocabularies.feature but the file is named uko_layer3_detail_map_steps.py. CONTRIBUTING.md line 1176 says steps for foo.feature go in foo_steps.py. Merge into uko_layer3_vocabularies_steps.py or rename to match.
11 vocabulary.py:48-54 vs vocabularies.py:50-53 _NS vs _IRI naming convention split. vocabulary.py uses UKO_OO_NS; existing vocabularies.py uses UKO_OO_IRI for the identical string. Confusing within the same package. Adopt one convention and import from the canonical source.
12 vocabulary.py:171-176, vocabulary.py:218-223 UKOClass/UKOProperty lack HTTP URI validation. Layer 2's VocabularyClass validates URIs start with http(s):// via _validate_http_uri. The new types only check non-empty. A prefix-form typo like "uko-py:PythonClass" would pass silently. Import and reuse _validate_http_uri.
13 vocabulary.py vs vocabularies.py Parallel unintegrated type hierarchies. UKOClass vs VocabularyClass, UKOProperty vs VocabularyProperty, UKOVocabulary vs ParadigmVocabulary — same concepts, different models, different field names (subclass_of vs parent_uris), different validation rigor. Consider extracting a shared base.
14 uko/__init__.py:90-98 4 vocabulary.py constants not re-exported. OO_EFFECTIVE_LEVELS, UKO_CODE_NS, UKO_FUNC_NS, UKO_OO_NS are in vocabulary.py.__all__ but absent from uko/__init__.py. Either add them or remove from vocabulary.py.__all__ if internal.
15 robot/helper_uko_layer3_vocabularies.py:191-198 Robot helper missing detail-map subcommands for TS/RS/Java. _DISPATCH only has detail-map-py. Add detail-map-ts, detail-map-rs, detail-map-java following the same pattern.
16 features/uko_layer3_vocabularies.feature Missing inserted_levels test scenarios for Rust and Java. Python tests 3 inserted levels (lines 140-144), TypeScript tests 0 (line 179). No scenarios exist for Rust/Java inserted_levels.
17 features/uko_layer3_vocabularies.feature Missing subclass_of test for TS/RS/Java classes. Python tests PythonClass.subclass_of contains uko-oo:Class (line 136-137). No equivalent for any other vocabulary.
18 TTL files: uko-py.ttl, uko-ts.ttl, uko-rs.ttl, uko-java.ttl OWL rdfs:domain intersection semantics. Comma-separated rdfs:domain values in OWL are interpreted as intersection (AND), not union (OR). The Python code's domain tuple suggests union is intended. Either use owl:unionOf or document this as an informational hint (not formal OWL).
19 CHANGELOG + docs/reference/uko_layer3_technology_vocabularies.md:15 Spec line reference inconsistency. CHANGELOG and all source docstrings say ~42470-42485. Reference doc says ~44405-44420. ~2000-line discrepancy. Reconcile.
20 robot/helper_uko_layer3_vocabularies.py:62,83,104,127,157,185 6 except Exception as exc: blocks. CONTRIBUTING.md prohibits broad exception catches without re-raise. These have recovery logic (graceful exit code), but narrow to expected types (ValueError, AttributeError, TypeError).
21 features/uko_layer3_vocabularies.feature:348 Inconsistent step suffix for uko_l3_cov. All other steps use for uko_l3. This appears to be a disambiguation hack. Refactor the step patterns instead.
22 features/uko_layer3_vocabularies.feature TS/RS/Java detail map depth tests thin. Python gets 9 depth-check scenarios (lines 281-314); TS/RS/Java get only 1-2 each. Key levels like MODULE_LISTING, CLASS_HIERARCHY, FULL_SOURCE are not verified.

P3 findings (nit — author discretion)

# Location Issue
23 vocabulary.py all 5 models frozen=True split across class kwarg and model_config. Models pass frozen=True as class keyword but model_config = ConfigDict(str_strip_whitespace=True) without frozen=True. Consolidate into ConfigDict(frozen=True, str_strip_whitespace=True) for clarity.
24 vocabulary.py:259 Layer2Dependency.layer too permissive. ge=0 allows layer=99. Should be ge=1, le=2.
25 TTL files 3 rdfs:comment drifts. uko-py.ttl:43 omits @classmethod; uko-rs.ttl:37 and uko-java.ttl:46 truncate trailing sentences vs Python comments.
26 TTL files No owl:Ontology declarations or owl:imports triples. Standard OWL best practice. Not blocking.
27 bench_uko_layer3.py:116 time_provenance_info includes datetime.now() syscall noise. Pass a fixed valid_from from setup().
28 PR description + commit body Scenario count says 63; actual is 64. grep -c "Scenario:" = 64.
29 CHANGELOG.md:197 Drive-by #523 to #524 correction. Unexplained in PR description. Document intent.
## Review — `feat(acms): implement UKO Layer 3 Technology Vocabularies` Reviewed commit `d843f7b4` (the single commit ahead of merge-base `232ef965`). Solid work — the ontology design is clean, Pyright reports 0 errors, all models are correctly frozen, and the test surface is substantial. However, there are several CONTRIBUTING.md violations and design-coherence issues that need to be addressed before merge. **Totals: 7 P1, 15 P2, 7 P3.** --- ### P1 findings (must fix before merge) | # | Location | Issue | |---|----------|-------| | 1 | `features/steps/uko_layer3_vocabularies_steps.py:141,200` | **`# type: ignore[misc]` — CONTRIBUTING.md line 548 violation.** Absolute prohibition, zero exceptions. See inline comment. | | 2 | `features/steps/uko_layer3_vocabularies_steps.py:144,203` | **`except (TypeError, AttributeError, Exception)` is `except Exception:`** — `Exception` subsumes the other two. CONTRIBUTING.md lines 500-501 forbid `except Exception:` without unconditional re-raise. See inline comment. | | 3 | `src/cleveragents/acms/uko/vocabulary.py:62-75` | **`OO_EFFECTIVE_LEVELS` is a hard-coded copy of the computed OO map.** Duplicates data from `detail_level_maps.OO_DETAIL_LEVEL_MAP`. If Layer 2 changes insertions, this tuple silently drifts. Derive from the single source of truth instead. See inline comment. | | 4 | `src/cleveragents/acms/uko/__init__.py` | **8 constants missing from `__all__` / re-exports.** Each `layer3_*.py` exports both `FOO_DETAIL_LEVELS` and `FOO_VOCABULARY` (SCREAMING_CASE) in its `__all__`, but `uko/__init__.py` only re-exports the PascalCase aliases. Missing: `PYTHON_DETAIL_LEVELS`, `PYTHON_VOCABULARY`, `TYPESCRIPT_DETAIL_LEVELS`, `TYPESCRIPT_VOCABULARY`, `RUST_DETAIL_LEVELS`, `RUST_VOCABULARY`, `JAVA_DETAIL_LEVELS`, `JAVA_VOCABULARY`. Since `acms/__init__.py:67` derives its `__all__` from `_uko.__all__`, the gap propagates to the package surface. See inline comment. | | 5 | `CHANGELOG.md:62-66` | **"ProvenanceInfo model with 5 required fields" is factually incorrect.** Only 2 of the 5 fields are required (`source_resource`, `source_path`). The other 3 have defaults. The commit body repeats this error. See inline comment. | | 6 | `benchmarks/bench_uko_layer3.py:94-96` | **Setup work inside timed method.** `time_resolve_with_parent_fallback` allocates a new tuple inside the timed body. The Layer 2 benchmark (`bench_detail_level_map.py`) correctly does all allocation in `setup()`. See inline comment. | | 7 | `features/uko_layer3_vocabularies.feature:202,230` | **Rust and Java properties not enumerated by name.** Python (lines 124-129) and TypeScript (lines 166-171) enumerate every property name; Rust and Java only count-check (`should have 8 properties`). A renamed or swapped property silently passes. See inline comment. | --- ### P2 findings (should fix in follow-up, within 3 days) | # | Location | Issue | |---|----------|-------| | 8 | All `layer3_*.py` | **PascalCase aliases for runtime values.** `PythonDetailLevelMap = PYTHON_DETAIL_LEVELS` etc. PascalCase signals a class/type in Python; these are `tuple[tuple[str, int], ...]` values. Either remove the aliases and use only SCREAMING_CASE names, or add a proper `TypeAlias`. | | 9 | `features/steps/uko_layer3_detail_map_steps.py:349-395` | **7 imports inside step function bodies.** CONTRIBUTING.md lines 1292-1297 prohibit imports inside functions (only exception: `TYPE_CHECKING`). The test intent is to verify importability, but the rule is absolute. Move imports to file top and assert the symbols are not `None`, or request a documented exception. | | 10 | `features/steps/uko_layer3_detail_map_steps.py` (whole file) | **Step file naming mismatch.** Steps serve only `uko_layer3_vocabularies.feature` but the file is named `uko_layer3_detail_map_steps.py`. CONTRIBUTING.md line 1176 says steps for `foo.feature` go in `foo_steps.py`. Merge into `uko_layer3_vocabularies_steps.py` or rename to match. | | 11 | `vocabulary.py:48-54` vs `vocabularies.py:50-53` | **`_NS` vs `_IRI` naming convention split.** `vocabulary.py` uses `UKO_OO_NS`; existing `vocabularies.py` uses `UKO_OO_IRI` for the identical string. Confusing within the same package. Adopt one convention and import from the canonical source. | | 12 | `vocabulary.py:171-176`, `vocabulary.py:218-223` | **`UKOClass`/`UKOProperty` lack HTTP URI validation.** Layer 2's `VocabularyClass` validates URIs start with `http(s)://` via `_validate_http_uri`. The new types only check non-empty. A prefix-form typo like `"uko-py:PythonClass"` would pass silently. Import and reuse `_validate_http_uri`. | | 13 | `vocabulary.py` vs `vocabularies.py` | **Parallel unintegrated type hierarchies.** `UKOClass` vs `VocabularyClass`, `UKOProperty` vs `VocabularyProperty`, `UKOVocabulary` vs `ParadigmVocabulary` — same concepts, different models, different field names (`subclass_of` vs `parent_uris`), different validation rigor. Consider extracting a shared base. | | 14 | `uko/__init__.py:90-98` | **4 `vocabulary.py` constants not re-exported.** `OO_EFFECTIVE_LEVELS`, `UKO_CODE_NS`, `UKO_FUNC_NS`, `UKO_OO_NS` are in `vocabulary.py.__all__` but absent from `uko/__init__.py`. Either add them or remove from `vocabulary.py.__all__` if internal. | | 15 | `robot/helper_uko_layer3_vocabularies.py:191-198` | **Robot helper missing detail-map subcommands for TS/RS/Java.** `_DISPATCH` only has `detail-map-py`. Add `detail-map-ts`, `detail-map-rs`, `detail-map-java` following the same pattern. | | 16 | `features/uko_layer3_vocabularies.feature` | **Missing `inserted_levels` test scenarios for Rust and Java.** Python tests 3 inserted levels (lines 140-144), TypeScript tests 0 (line 179). No scenarios exist for Rust/Java `inserted_levels`. | | 17 | `features/uko_layer3_vocabularies.feature` | **Missing `subclass_of` test for TS/RS/Java classes.** Python tests `PythonClass.subclass_of` contains `uko-oo:Class` (line 136-137). No equivalent for any other vocabulary. | | 18 | TTL files: `uko-py.ttl`, `uko-ts.ttl`, `uko-rs.ttl`, `uko-java.ttl` | **OWL `rdfs:domain` intersection semantics.** Comma-separated `rdfs:domain` values in OWL are interpreted as intersection (AND), not union (OR). The Python code's `domain` tuple suggests union is intended. Either use `owl:unionOf` or document this as an informational hint (not formal OWL). | | 19 | CHANGELOG + `docs/reference/uko_layer3_technology_vocabularies.md:15` | **Spec line reference inconsistency.** CHANGELOG and all source docstrings say `~42470-42485`. Reference doc says `~44405-44420`. ~2000-line discrepancy. Reconcile. | | 20 | `robot/helper_uko_layer3_vocabularies.py:62,83,104,127,157,185` | **6 `except Exception as exc:` blocks.** CONTRIBUTING.md prohibits broad exception catches without re-raise. These have recovery logic (graceful exit code), but narrow to expected types (`ValueError`, `AttributeError`, `TypeError`). | | 21 | `features/uko_layer3_vocabularies.feature:348` | **Inconsistent step suffix `for uko_l3_cov`.** All other steps use `for uko_l3`. This appears to be a disambiguation hack. Refactor the step patterns instead. | | 22 | `features/uko_layer3_vocabularies.feature` | **TS/RS/Java detail map depth tests thin.** Python gets 9 depth-check scenarios (lines 281-314); TS/RS/Java get only 1-2 each. Key levels like `MODULE_LISTING`, `CLASS_HIERARCHY`, `FULL_SOURCE` are not verified. | --- ### P3 findings (nit — author discretion) | # | Location | Issue | |---|----------|-------| | 23 | `vocabulary.py` all 5 models | **`frozen=True` split across class kwarg and `model_config`.** Models pass `frozen=True` as class keyword but `model_config = ConfigDict(str_strip_whitespace=True)` without `frozen=True`. Consolidate into `ConfigDict(frozen=True, str_strip_whitespace=True)` for clarity. | | 24 | `vocabulary.py:259` | **`Layer2Dependency.layer` too permissive.** `ge=0` allows `layer=99`. Should be `ge=1, le=2`. | | 25 | TTL files | **3 `rdfs:comment` drifts.** `uko-py.ttl:43` omits `@classmethod`; `uko-rs.ttl:37` and `uko-java.ttl:46` truncate trailing sentences vs Python comments. | | 26 | TTL files | **No `owl:Ontology` declarations or `owl:imports` triples.** Standard OWL best practice. Not blocking. | | 27 | `bench_uko_layer3.py:116` | **`time_provenance_info` includes `datetime.now()` syscall noise.** Pass a fixed `valid_from` from `setup()`. | | 28 | PR description + commit body | **Scenario count says 63; actual is 64.** `grep -c "Scenario:" = 64`. | | 29 | `CHANGELOG.md:197` | **Drive-by `#523` to `#524` correction.** Unexplained in PR description. Document intent. |
CHANGELOG.md Outdated
@ -59,0 +63,4 @@
3 new depth levels (DECORATED_SIGNATURES, TYPE_STUBS, WITH_TESTS) producing a
15-level effective map; TS/RS/Java extend at SIGNATURES level without new
insertions. Includes OWL/Turtle ontology files, ProvenanceInfo model with 5
required fields, build_detail_level_map/resolve_detail_level utilities, and
Member

P1:must-fix — "ProvenanceInfo model with 5 required fields" is factually incorrect. ProvenanceInfo has 5 total fields, but only 2 are required (source_resource, source_path). The other 3 have defaults: source_range="", valid_from=datetime.now(UTC), is_current=True.

The commit body also says "5 required fields per spec" — same error.

Fix: Change to "ProvenanceInfo model with 5 fields (2 required)" or "ProvenanceInfo model with 5 provenance fields".

**P1:must-fix** — "ProvenanceInfo model with 5 required fields" is factually incorrect. `ProvenanceInfo` has 5 total fields, but only **2 are required** (`source_resource`, `source_path`). The other 3 have defaults: `source_range=""`, `valid_from=datetime.now(UTC)`, `is_current=True`. The commit body also says "5 required fields per spec" — same error. **Fix:** Change to "ProvenanceInfo model with 5 fields (2 required)" or "ProvenanceInfo model with 5 provenance fields".
@ -0,0 +91,4 @@
resolve_detail_level("DECORATED_SIGNATURES", self.py_levels)
def time_resolve_with_parent_fallback(self) -> None:
"""Resolve via parent fallback (name not in child map)."""
Member

P1:must-fixchild tuple is allocated inside the timed method body. ASV measures the entire method, so this benchmarks tuple construction + resolve rather than pure resolution.

The Layer 2 benchmark (bench_detail_level_map.py) correctly does all allocation in setup().

Fix: Move to setup():

def setup(self):
    ...
    self.child_levels = (("CHILD_ONLY", 0),)

def time_resolve_with_parent_fallback(self):
    resolve_detail_level("MODULE_LISTING", self.child_levels, self.parent_levels)
**P1:must-fix** — `child` tuple is allocated inside the timed method body. ASV measures the entire method, so this benchmarks tuple construction + resolve rather than pure resolution. The Layer 2 benchmark (`bench_detail_level_map.py`) correctly does all allocation in `setup()`. **Fix:** Move to `setup()`: ```python def setup(self): ... self.child_levels = (("CHILD_ONLY", 0),) def time_resolve_with_parent_fallback(self): resolve_detail_level("MODULE_LISTING", self.child_levels, self.parent_levels) ```
@ -0,0 +138,4 @@
@then("modifying provenance is_current should raise an error for uko_l3")
def step_then_provenance_immutable(context: Any) -> None:
try:
context.provenance.is_current = False # type: ignore[misc]
Member

P1:must-fix# type: ignore[misc] is prohibited by CONTRIBUTING.md line 548, with zero exceptions.

This suppression (and the identical one at line 200) exists because Pydantic v2 frozen models raise ValidationError on attribute mutation, but the type checker flags the assignment.

Fix: Use object.__setattr__ to attempt the mutation, which avoids the type-checker complaint entirely:

try:
    object.__setattr__(context.provenance, "is_current", False)
    msg = "Expected immutability error"
    raise AssertionError(msg)
except (TypeError, AttributeError):
    pass  # frozen model correctly rejected mutation

Or use setattr(context.provenance, "is_current", False) — Pydantic intercepts __setattr__ regardless of how it's called.

**P1:must-fix** — `# type: ignore[misc]` is prohibited by CONTRIBUTING.md line 548, with zero exceptions. This suppression (and the identical one at line 200) exists because Pydantic v2 frozen models raise `ValidationError` on attribute mutation, but the type checker flags the assignment. **Fix:** Use `object.__setattr__` to attempt the mutation, which avoids the type-checker complaint entirely: ```python try: object.__setattr__(context.provenance, "is_current", False) msg = "Expected immutability error" raise AssertionError(msg) except (TypeError, AttributeError): pass # frozen model correctly rejected mutation ``` Or use `setattr(context.provenance, "is_current", False)` — Pydantic intercepts `__setattr__` regardless of how it's called.
@ -0,0 +141,4 @@
context.provenance.is_current = False # type: ignore[misc]
msg = "Expected immutability error"
raise AssertionError(msg)
except (TypeError, AttributeError, Exception) as exc:
Member

P1:must-fixexcept (TypeError, AttributeError, Exception) is equivalent to except Exception: since Exception is the superclass of both TypeError and AttributeError. CONTRIBUTING.md lines 500-501 prohibit except Exception: without unconditional re-raise.

The isinstance check inside is then redundant for the first two types, and the "frozen" in str(exc) guard is fragile — any exception whose message happens to contain "frozen" would be silently swallowed.

Fix: Catch only the specific types Pydantic v2 frozen models raise:

from pydantic import ValidationError

try:
    object.__setattr__(context.provenance, "is_current", False)
    raise AssertionError("Expected immutability error")
except (TypeError, AttributeError, ValidationError):
    pass

Same issue at line 203.

**P1:must-fix** — `except (TypeError, AttributeError, Exception)` is equivalent to `except Exception:` since `Exception` is the superclass of both `TypeError` and `AttributeError`. CONTRIBUTING.md lines 500-501 prohibit `except Exception:` without unconditional re-raise. The `isinstance` check inside is then redundant for the first two types, and the `"frozen" in str(exc)` guard is fragile — any exception whose message happens to contain "frozen" would be silently swallowed. **Fix:** Catch only the specific types Pydantic v2 frozen models raise: ```python from pydantic import ValidationError try: object.__setattr__(context.provenance, "is_current", False) raise AssertionError("Expected immutability error") except (TypeError, AttributeError, ValidationError): pass ``` Same issue at line 203.
@ -0,0 +199,4 @@
@rust_vocab
Scenario: Rust vocabulary has 8 properties for uko_l3
Then the Rust vocabulary should have 8 properties for uko_l3
Member

P1:must-fix — Rust properties are only count-checked (should have 8 properties), unlike Python (lines 124-129) and TypeScript (lines 166-171) which enumerate every property name. If a property is renamed or swapped, this test still passes.

Same issue for Java at line 230.

Fix: Add 8 the Rust vocabulary should contain property "{name}" steps mirroring the Python/TS pattern:

  @rust_vocab
  Scenario: Rust vocabulary has 8 properties for uko_l3
    Then the Rust vocabulary should have 8 properties for uko_l3
    And the Rust vocabulary should contain property "visibility" for uko_l3
    And the Rust vocabulary should contain property "lifetimeParameters" for uko_l3
    ...

And the same 8 steps for Java.

**P1:must-fix** — Rust properties are only count-checked (`should have 8 properties`), unlike Python (lines 124-129) and TypeScript (lines 166-171) which enumerate every property name. If a property is renamed or swapped, this test still passes. Same issue for Java at line 230. **Fix:** Add 8 `the Rust vocabulary should contain property "{name}"` steps mirroring the Python/TS pattern: ```gherkin @rust_vocab Scenario: Rust vocabulary has 8 properties for uko_l3 Then the Rust vocabulary should have 8 properties for uko_l3 And the Rust vocabulary should contain property "visibility" for uko_l3 And the Rust vocabulary should contain property "lifetimeParameters" for uko_l3 ... ``` And the same 8 steps for Java.
@ -25,6 +44,41 @@ from cleveragents.acms.uko.detail_level_maps import (
DetailLevelMapBuilder,
build_effective_map,
)
from cleveragents.acms.uko.layer3_java import (
Member

P1:must-fix — Each layer3_*.py module exports both the SCREAMING_CASE constant and the PascalCase alias in its __all__. This file only re-exports the aliases. 8 symbols are missing:

Module Missing
layer3_py PYTHON_DETAIL_LEVELS, PYTHON_VOCABULARY
layer3_ts TYPESCRIPT_DETAIL_LEVELS, TYPESCRIPT_VOCABULARY
layer3_rs RUST_DETAIL_LEVELS, RUST_VOCABULARY
layer3_java JAVA_DETAIL_LEVELS, JAVA_VOCABULARY

Since acms/__init__.py:67 derives its __all__ from _uko.__all__, the gap propagates to the package surface.

Fix: Either add the 8 constants to imports + __all__ here, or remove them from each module's __all__ if they are intentionally module-private.

**P1:must-fix** — Each `layer3_*.py` module exports both the SCREAMING_CASE constant and the PascalCase alias in its `__all__`. This file only re-exports the aliases. **8 symbols are missing:** | Module | Missing | |---|---| | `layer3_py` | `PYTHON_DETAIL_LEVELS`, `PYTHON_VOCABULARY` | | `layer3_ts` | `TYPESCRIPT_DETAIL_LEVELS`, `TYPESCRIPT_VOCABULARY` | | `layer3_rs` | `RUST_DETAIL_LEVELS`, `RUST_VOCABULARY` | | `layer3_java` | `JAVA_DETAIL_LEVELS`, `JAVA_VOCABULARY` | Since `acms/__init__.py:67` derives its `__all__` from `_uko.__all__`, the gap propagates to the package surface. **Fix:** Either add the 8 constants to imports + `__all__` here, or remove them from each module's `__all__` if they are intentionally module-private.
@ -0,0 +59,4 @@
# Shared OO effective levels (parent map for all Layer 3 vocabularies)
# ---------------------------------------------------------------------------
OO_EFFECTIVE_LEVELS: tuple[tuple[str, int], ...] = (
Member

P1:must-fix — This 12-entry tuple is a hard-coded copy of the effective OO map computed by detail_level_maps._build_oo_map()OO_DETAIL_LEVEL_MAP. If anyone changes insertions in detail_level_maps.py or the parent CODE_DETAIL_LEVEL_MAP, this tuple silently drifts out of sync.

Fix: Derive from the single source of truth:

from cleveragents.acms.uko.detail_level_maps import OO_DETAIL_LEVEL_MAP

OO_EFFECTIVE_LEVELS: tuple[tuple[str, int], ...] = OO_DETAIL_LEVEL_MAP.as_tuples()

(Or whatever accessor DetailLevelMap provides — the point is to avoid duplicating the data. No circular import: detail_level_maps imports from domain.models.acms.crp, not from vocabulary.)

**P1:must-fix** — This 12-entry tuple is a hard-coded copy of the effective OO map computed by `detail_level_maps._build_oo_map()` → `OO_DETAIL_LEVEL_MAP`. If anyone changes insertions in `detail_level_maps.py` or the parent `CODE_DETAIL_LEVEL_MAP`, this tuple silently drifts out of sync. **Fix:** Derive from the single source of truth: ```python from cleveragents.acms.uko.detail_level_maps import OO_DETAIL_LEVEL_MAP OO_EFFECTIVE_LEVELS: tuple[tuple[str, int], ...] = OO_DETAIL_LEVEL_MAP.as_tuples() ``` (Or whatever accessor `DetailLevelMap` provides — the point is to avoid duplicating the data. No circular import: `detail_level_maps` imports from `domain.models.acms.crp`, not from `vocabulary`.)
@ -0,0 +168,4 @@
description="Parent class URIs (rdfs:subClassOf).",
)
@field_validator("uri", mode="before")
Member

P2:should-fixUKOClass and UKOProperty validate URIs only for non-empty/non-whitespace. Layer 2's VocabularyClass (in vocabularies.py:133-137) also validates http(s):// scheme via _validate_http_uri. A prefix-form typo like "uko-py:PythonClass" (not a full IRI) would pass silently here.

Fix: Import and reuse _validate_http_uri from vocabularies.py, or duplicate the scheme check. This brings Layer 3 validation to parity with Layer 2.

**P2:should-fix** — `UKOClass` and `UKOProperty` validate URIs only for non-empty/non-whitespace. Layer 2's `VocabularyClass` (in `vocabularies.py:133-137`) also validates `http(s)://` scheme via `_validate_http_uri`. A prefix-form typo like `"uko-py:PythonClass"` (not a full IRI) would pass silently here. **Fix:** Import and reuse `_validate_http_uri` from `vocabularies.py`, or duplicate the scheme check. This brings Layer 3 validation to parity with Layer 2.
brent.edwards left a comment

Supplementary Review — Deep-Dive Findings (Round 2)

After my initial review (#2198, 29 findings), I did a second pass focusing on areas the first review did not cover: ontological correctness of subclass chains, acceptance-criteria compliance, missing deliverables, algorithm edge cases, and reference doc accuracy. This turned up 10 new P1s, 7 new P2s, and 1 new P3 — none of which overlap with my previous review.

New totals (combined with round 1): 17 P1, 22 P2, 8 P3.


NEW P1 findings (must fix before merge)

# Location Issue
30 vocabulary.py:152-316 AC #7 FAIL — ProvenanceInfo not wired into vocabulary nodes. Issue #576 AC says: "Every Layer 3 node carries uko:sourceResource, uko:sourcePath, uko:sourceRange, uko:validFrom, uko:isCurrent." But UKOClass, UKOProperty, and UKOVocabulary have no provenance field. ProvenanceInfo is defined and tested in isolation, but no node can carry provenance. The Behave test (@provenance_contract, line 401) only checks that the standalone model has 5 fields — it does NOT verify any node carries it. See inline comment.
31 robot/ (missing file) Missing .robot file — Robot helper is dead code. helper_uko_layer3_vocabularies.py exists (6 subcommands, 212 lines) but no .robot file invokes it. Issue #576 explicitly lists a subtask: "Robot tests: Add Robot Framework integration test for full 4-layer resolution chain and provenance contract verification." The helper will never execute in CI. See inline comment.
32 layer3_py.py:90 PythonDecorator subclasses PythonFunction — semantically wrong. The subclass chain is PythonDecorator → PythonFunction → uko-oo:Method, claiming every decorator is a method. But @property is a descriptor, @staticmethod is a builtin — decorators are metadata/annotations, not callables. Any query for "all PythonFunctions" spuriously includes decorator entries. Should subclass uko-code:TypeDefinition (parallel to JavaAnnotation) or a new uko-code:Annotation base. See inline comment.
33 layer3_rs.py:89 RustImpl subclasses uko-code:TypeDefinition — wrong. impl Foo { ... } adds methods to an existing type; it does not define a new type. Queries for "all type definitions" will spuriously include impl blocks. Should use a more appropriate base like uko-code:CodeBlock. See inline comment.
34 layer3_rs.py:109 RustDeriveAttribute subclasses uko-code:TypeDefinition — wrong. #[derive(Clone, Debug)] is a macro attribute — metadata about a type, not a type definition itself. This is structurally parallel to PythonDecorator — both are annotations that should share a similar base class.
35 layer3_java.py:106 JavaCheckedException subclasses uko-code:TypeDefinition — wrong. A throws-clause entry (throws IOException) is a reference to an existing exception type, not a type definition. The comment confirms: "Records the exception class and any conditions." Should subclass uko-code:Declaration or similar. See inline comment.
36 layer3_rs.py:149 _rs_trait_bounds missing RustImpl in domain. Rust impl blocks commonly have trait bounds: impl<T: Clone + Send> MyStruct<T> { ... }. Current domain is only (RustStruct, RustFunction). See inline comment.
37 layer3_rs.py:136 _rs_lifetime_params missing RustTrait in domain. Traits can have lifetime parameters: trait Deserialize<'de> { ... }. Current domain is (RustStruct, RustImpl, RustFunction)RustTrait omitted. See inline comment.
38 layer3_ts.py:92-156 TypeScript missing implementsInterface object property. TypeScript's implements keyword is a core feature: class Foo implements Bar. Rust has implementsTrait, Java has hasAnnotation + relationships, Python has hasDecorator — all 3 have inter-class object properties. TypeScript has zero object properties (all 5 are datatype), missing this fundamental relationship. See inline comment.
39 layer3_rs.py:286 Rust parent_prefixes falsely claims uko-func: extension. parent_prefixes=("uko-oo:", "uko-func:") declares the vocabulary extends both paradigms. But zero Rust classes have uko-func:* in their subclass_of. The Layer 2 deps list uko-func:PureFunction and uko-func:TypeClass as "conceptual references," but no structural extension exists. Either add actual extensions or remove uko-func: from parent_prefixes. See inline comment.

NEW P2 findings (should fix in follow-up)

# Location Issue
40 vocabulary.py:409-412 resolve_detail_level — inconsistent whitespace handling. The function validates name.strip() is not empty (line 409), signaling it anticipates whitespace-padded input. But comparison at line 412 uses level_name == name without stripping. So " SIGNATURES " passes the guard but never matches "SIGNATURES", producing a confusing ValueError("Unknown detail level: ' SIGNATURES '"). Either strip name early or make the error message explicit about padding.
41 docs/reference/uko_layer3_technology_vocabularies.md:149 Reference doc omits UKOProperty.comment field. Lists 5 of 6 fields: (uri, label, domain, range_uri, is_object_property) — missing comment.
42 docs/reference/uko_layer3_technology_vocabularies.md:150 Reference doc omits Layer2Dependency.description field. Lists 3 of 4 fields: (uri, layer, prefix) — missing description.
43 features/uko_layer3_vocabularies.feature Behave file path deviates from issue spec. Issue #576 specifies features/acms/uko_layer3_technology_vocabularies.feature. Actual file is features/uko_layer3_vocabularies.feature — missing acms/ subdirectory and shortened filename.
44 layer3_py.py:133 _py_has_test domain missing PythonClass. Domain is (PythonFunction,) only. Classes are common test subjects: class TestUserService(TestCase). Should include PythonClass and possibly PythonModule.
45 layer3_java.py:96 JavaAnnotation models usage but extends TypeDefinition. The comment says "A Java annotation entry" — this is annotation application (@Override on a method), not annotation definition (@interface Override). TypeDefinition is a stretch for usage modeling. Less severe than the other subclass issues because Java annotations are types (@interface), providing partial justification.
46 layer3_py.py:161-194 Python Layer 2 deps include uko-oo:Interface and uko-oo:Attribute with no extending class. Every other dep across all 4 vocabularies describes a structural extension ("X extends this"). These two say "referenced for protocol support" and "referenced for member listings" — conceptual, not structural. Inconsistent with the pattern.

NEW P3 findings (nit)

# Location Issue
47 layer3_ts.py:96-110 _ts_export_kind could include TypeScriptModule in domain. For barrel file re-exports (export * from './other'), module-level export concepts could be useful. Current domain is class/interface/function only.

Verified clean (no issues)

  • Step matching: All 113 steps in the feature file match step definitions. Zero unmatched.
  • Step file runtime correctness: All imports correct, all context attribute flows consistent, all assertions match source data, all error-handling logic sound.
  • build_detail_level_map algorithm: Correct for all edge cases (empty inputs, negative depths, same-depth insertions, non-consecutive parent depths).
  • Python effective map hand-trace: DECORATED_SIGNATURES=7, TYPE_STUBS=11, WITH_TESTS=14 — all confirmed correct.
  • TS/RS/Java identity maps: Verified correct (empty insertions → unchanged OO_EFFECTIVE_LEVELS).
  • Benchmark: Structurally correct, follows ASV pattern, track_* methods return values correctly.

Root cause note for findings 32-35

The subclass issues (#32-35) share a common root cause: uko-code:TypeDefinition is being used as a catch-all superclass for "things that aren't functions or classes." The UKO Layer 1 ontology needs uko-code:Annotation (for decorators, attributes, annotation entries) and uko-code:Declaration (for throws clauses) — or at minimum a documented decision that TypeDefinition is intentionally overloaded for these use cases.

## Supplementary Review — Deep-Dive Findings (Round 2) After my initial review (#2198, 29 findings), I did a second pass focusing on areas the first review did not cover: **ontological correctness of subclass chains**, **acceptance-criteria compliance**, **missing deliverables**, **algorithm edge cases**, and **reference doc accuracy**. This turned up **10 new P1s, 7 new P2s, and 1 new P3** — none of which overlap with my previous review. **New totals (combined with round 1): 17 P1, 22 P2, 8 P3.** --- ### NEW P1 findings (must fix before merge) | # | Location | Issue | |---|----------|-------| | 30 | `vocabulary.py:152-316` | **AC #7 FAIL — `ProvenanceInfo` not wired into vocabulary nodes.** Issue #576 AC says: _"Every Layer 3 node carries `uko:sourceResource`, `uko:sourcePath`, `uko:sourceRange`, `uko:validFrom`, `uko:isCurrent`."_ But `UKOClass`, `UKOProperty`, and `UKOVocabulary` have **no `provenance` field**. `ProvenanceInfo` is defined and tested in isolation, but no node can carry provenance. The Behave test (`@provenance_contract`, line 401) only checks that the standalone model has 5 fields — it does NOT verify any node carries it. See inline comment. | | 31 | `robot/` (missing file) | **Missing `.robot` file — Robot helper is dead code.** `helper_uko_layer3_vocabularies.py` exists (6 subcommands, 212 lines) but no `.robot` file invokes it. Issue #576 explicitly lists a subtask: _"Robot tests: Add Robot Framework integration test for full 4-layer resolution chain and provenance contract verification."_ The helper will never execute in CI. See inline comment. | | 32 | `layer3_py.py:90` | **`PythonDecorator` subclasses `PythonFunction` — semantically wrong.** The subclass chain is `PythonDecorator → PythonFunction → uko-oo:Method`, claiming every decorator is a method. But `@property` is a descriptor, `@staticmethod` is a builtin — decorators are metadata/annotations, not callables. Any query for "all PythonFunctions" spuriously includes decorator entries. Should subclass `uko-code:TypeDefinition` (parallel to `JavaAnnotation`) or a new `uko-code:Annotation` base. See inline comment. | | 33 | `layer3_rs.py:89` | **`RustImpl` subclasses `uko-code:TypeDefinition` — wrong.** `impl Foo { ... }` adds methods to an existing type; it does not define a new type. Queries for "all type definitions" will spuriously include impl blocks. Should use a more appropriate base like `uko-code:CodeBlock`. See inline comment. | | 34 | `layer3_rs.py:109` | **`RustDeriveAttribute` subclasses `uko-code:TypeDefinition` — wrong.** `#[derive(Clone, Debug)]` is a macro attribute — metadata about a type, not a type definition itself. This is structurally parallel to `PythonDecorator` — both are annotations that should share a similar base class. | | 35 | `layer3_java.py:106` | **`JavaCheckedException` subclasses `uko-code:TypeDefinition` — wrong.** A throws-clause entry (`throws IOException`) is a **reference** to an existing exception type, not a type definition. The comment confirms: _"Records the exception class and any conditions."_ Should subclass `uko-code:Declaration` or similar. See inline comment. | | 36 | `layer3_rs.py:149` | **`_rs_trait_bounds` missing `RustImpl` in domain.** Rust impl blocks commonly have trait bounds: `impl<T: Clone + Send> MyStruct<T> { ... }`. Current domain is only `(RustStruct, RustFunction)`. See inline comment. | | 37 | `layer3_rs.py:136` | **`_rs_lifetime_params` missing `RustTrait` in domain.** Traits can have lifetime parameters: `trait Deserialize<'de> { ... }`. Current domain is `(RustStruct, RustImpl, RustFunction)` — `RustTrait` omitted. See inline comment. | | 38 | `layer3_ts.py:92-156` | **TypeScript missing `implementsInterface` object property.** TypeScript's `implements` keyword is a core feature: `class Foo implements Bar`. Rust has `implementsTrait`, Java has `hasAnnotation` + relationships, Python has `hasDecorator` — all 3 have inter-class object properties. TypeScript has **zero** object properties (all 5 are datatype), missing this fundamental relationship. See inline comment. | | 39 | `layer3_rs.py:286` | **Rust `parent_prefixes` falsely claims `uko-func:` extension.** `parent_prefixes=("uko-oo:", "uko-func:")` declares the vocabulary **extends** both paradigms. But zero Rust classes have `uko-func:*` in their `subclass_of`. The Layer 2 deps list `uko-func:PureFunction` and `uko-func:TypeClass` as "conceptual references," but no structural extension exists. Either add actual extensions or remove `uko-func:` from `parent_prefixes`. See inline comment. | --- ### NEW P2 findings (should fix in follow-up) | # | Location | Issue | |---|----------|-------| | 40 | `vocabulary.py:409-412` | **`resolve_detail_level` — inconsistent whitespace handling.** The function validates `name.strip()` is not empty (line 409), signaling it anticipates whitespace-padded input. But comparison at line 412 uses `level_name == name` without stripping. So `" SIGNATURES "` passes the guard but never matches `"SIGNATURES"`, producing a confusing `ValueError("Unknown detail level: ' SIGNATURES '")`. Either strip `name` early or make the error message explicit about padding. | | 41 | `docs/reference/uko_layer3_technology_vocabularies.md:149` | **Reference doc omits `UKOProperty.comment` field.** Lists 5 of 6 fields: `(uri, label, domain, range_uri, is_object_property)` — missing `comment`. | | 42 | `docs/reference/uko_layer3_technology_vocabularies.md:150` | **Reference doc omits `Layer2Dependency.description` field.** Lists 3 of 4 fields: `(uri, layer, prefix)` — missing `description`. | | 43 | `features/uko_layer3_vocabularies.feature` | **Behave file path deviates from issue spec.** Issue #576 specifies `features/acms/uko_layer3_technology_vocabularies.feature`. Actual file is `features/uko_layer3_vocabularies.feature` — missing `acms/` subdirectory and shortened filename. | | 44 | `layer3_py.py:133` | **`_py_has_test` domain missing `PythonClass`.** Domain is `(PythonFunction,)` only. Classes are common test subjects: `class TestUserService(TestCase)`. Should include `PythonClass` and possibly `PythonModule`. | | 45 | `layer3_java.py:96` | **`JavaAnnotation` models usage but extends `TypeDefinition`.** The comment says "A Java annotation entry" — this is annotation *application* (`@Override` on a method), not annotation *definition* (`@interface Override`). `TypeDefinition` is a stretch for usage modeling. Less severe than the other subclass issues because Java annotations *are* types (`@interface`), providing partial justification. | | 46 | `layer3_py.py:161-194` | **Python Layer 2 deps include `uko-oo:Interface` and `uko-oo:Attribute` with no extending class.** Every other dep across all 4 vocabularies describes a structural extension ("X extends this"). These two say "referenced for protocol support" and "referenced for member listings" — conceptual, not structural. Inconsistent with the pattern. | --- ### NEW P3 findings (nit) | # | Location | Issue | |---|----------|-------| | 47 | `layer3_ts.py:96-110` | **`_ts_export_kind` could include `TypeScriptModule` in domain.** For barrel file re-exports (`export * from './other'`), module-level export concepts could be useful. Current domain is class/interface/function only. | --- ### Verified clean (no issues) - **Step matching**: All 113 steps in the feature file match step definitions. Zero unmatched. - **Step file runtime correctness**: All imports correct, all `context` attribute flows consistent, all assertions match source data, all error-handling logic sound. - **`build_detail_level_map` algorithm**: Correct for all edge cases (empty inputs, negative depths, same-depth insertions, non-consecutive parent depths). - **Python effective map hand-trace**: `DECORATED_SIGNATURES`=7, `TYPE_STUBS`=11, `WITH_TESTS`=14 — all confirmed correct. - **TS/RS/Java identity maps**: Verified correct (empty insertions → unchanged `OO_EFFECTIVE_LEVELS`). - **Benchmark**: Structurally correct, follows ASV pattern, `track_*` methods return values correctly. --- ### Root cause note for findings 32-35 The subclass issues (#32-35) share a common root cause: **`uko-code:TypeDefinition` is being used as a catch-all superclass for "things that aren't functions or classes."** The UKO Layer 1 ontology needs `uko-code:Annotation` (for decorators, attributes, annotation entries) and `uko-code:Declaration` (for throws clauses) — or at minimum a documented decision that `TypeDefinition` is intentionally overloaded for these use cases.
@ -0,0 +1,211 @@
"""Robot Framework helper for UKO Layer 3 technology vocabulary tests.
Member

P1:must-fix — This helper script works correctly (6 subcommands, all pass), but no .robot file exists to invoke it. The helper is dead code that will never execute in CI.

Issue #576 explicitly lists a subtask:

"Robot tests: Add Robot Framework integration test for full 4-layer resolution chain and provenance contract verification"

Compare with the existing pattern in robot/uko_ontology.robot — a .robot file is needed with test cases that run each subcommand via Run Process and verify exit codes + output tokens.

Fix: Create robot/uko_layer3_vocabularies.robot with at minimum:

*** Test Cases ***
Python vocabulary passes
    ${result}=    Run Process    python    ${HELPER}    vocab-py
    Should Be Equal As Integers    ${result.rc}    0
    Should Contain    ${result.stdout}    vocab-py-ok

(One test case per subcommand.)

**P1:must-fix** — This helper script works correctly (6 subcommands, all pass), but **no `.robot` file exists to invoke it**. The helper is dead code that will never execute in CI. Issue #576 explicitly lists a subtask: > _"Robot tests: Add Robot Framework integration test for full 4-layer resolution chain and provenance contract verification"_ Compare with the existing pattern in `robot/uko_ontology.robot` — a `.robot` file is needed with test cases that run each subcommand via `Run Process` and verify exit codes + output tokens. **Fix:** Create `robot/uko_layer3_vocabularies.robot` with at minimum: ```robot *** Test Cases *** Python vocabulary passes ${result}= Run Process python ${HELPER} vocab-py Should Be Equal As Integers ${result.rc} 0 Should Contain ${result.stdout} vocab-py-ok ``` (One test case per subcommand.)
@ -0,0 +103,4 @@
"A checked exception declaration in a method's throws clause. "
"Records the exception class and any conditions."
),
subclass_of=(f"{UKO_CODE_NS}TypeDefinition",),
Member

P1:must-fix — The comment is explicit: "A checked exception declaration in a method's throws clause. Records the exception class and any conditions." A throws-clause entry (throws IOException) is a reference to an existing exception type, not a type definition.

IOException itself is defined as a class elsewhere. This class models the declaration in the throws clause, not the exception type itself.

Fix: Use a more appropriate superclass (e.g., uko-code:Declaration if it existed, or document that TypeDefinition is intentionally overloaded). At minimum, the comment should acknowledge this is a semantic stretch.

**P1:must-fix** — The comment is explicit: _"A checked exception declaration in a method's **throws clause**. Records the exception class and any conditions."_ A throws-clause entry (`throws IOException`) is a **reference** to an existing exception type, not a type definition. `IOException` itself is defined as a class elsewhere. This class models the *declaration* in the throws clause, not the exception type itself. **Fix:** Use a more appropriate superclass (e.g., `uko-code:Declaration` if it existed, or document that `TypeDefinition` is intentionally overloaded). At minimum, the `comment` should acknowledge this is a semantic stretch.
@ -0,0 +87,4 @@
"A decorator chain entry (@property, @staticmethod, "
"@classmethod, custom decorators)."
),
subclass_of=(f"{UKO_PY_NS}PythonFunction",),
Member

P1:must-fixPythonDecorator extends PythonFunction (→ uko-oo:Method), claiming every decorator IS-A method. But decorators are metadata/annotations, not callables:

  • @property is a descriptor, not a function
  • @staticmethod is a builtin wrapper, not a method
  • The decoratorName property (line 138) stores the decorator's name as a string — confirming this class models the annotation, not the callable

Consequence: Any SPARQL query for "all PythonFunctions" spuriously includes decorator entries. The hasDecorator property creates a function→function link that says "this function's decorator IS ALSO a function."

Compare with JavaAnnotation which correctly extends uko-code:TypeDefinition, not JavaMethod.

Fix: Change to:

PythonDecorator = UKOClass(
    ...
    subclass_of=(f"{UKO_CODE_NS}TypeDefinition",),
)

Or introduce a uko-code:Annotation base class at Layer 1 for all annotation-like concepts (Python decorators, Java annotations, Rust derive attributes).

**P1:must-fix** — `PythonDecorator` extends `PythonFunction` (→ `uko-oo:Method`), claiming every decorator IS-A method. But decorators are **metadata/annotations**, not callables: - `@property` is a descriptor, not a function - `@staticmethod` is a builtin wrapper, not a method - The `decoratorName` property (line 138) stores the decorator's name as a *string* — confirming this class models the annotation, not the callable Consequence: Any SPARQL query for "all PythonFunctions" spuriously includes decorator *entries*. The `hasDecorator` property creates a function→function link that says "this function's decorator IS ALSO a function." Compare with `JavaAnnotation` which correctly extends `uko-code:TypeDefinition`, not `JavaMethod`. **Fix:** Change to: ```python PythonDecorator = UKOClass( ... subclass_of=(f"{UKO_CODE_NS}TypeDefinition",), ) ``` Or introduce a `uko-code:Annotation` base class at Layer 1 for all annotation-like concepts (Python decorators, Java annotations, Rust derive attributes).
@ -0,0 +86,4 @@
"A Rust impl block — either inherent or trait implementation. "
"Extends uko-code:TypeDefinition."
),
subclass_of=(f"{UKO_CODE_NS}TypeDefinition",),
Member

P1:must-fix — An impl block does not define a new type. impl Foo { ... } adds methods to an existing type; impl Trait for Foo { ... } implements a trait for an existing type. Neither creates a new type in the type system.

TypeDefinition means queries for "all type definitions" will spuriously include impl blocks.

Fix: Use a more appropriate base class. Options:

  • uko-code:Module (as a grouping construct)
  • A new uko-code:CodeBlock or uko-code:ImplementationBlock
  • Or document explicitly that TypeDefinition is intentionally overloaded for this use case
**P1:must-fix** — An `impl` block does not define a new type. `impl Foo { ... }` adds methods to an existing type; `impl Trait for Foo { ... }` implements a trait for an existing type. Neither creates a new type in the type system. `TypeDefinition` means queries for "all type definitions" will spuriously include impl blocks. **Fix:** Use a more appropriate base class. Options: - `uko-code:Module` (as a grouping construct) - A new `uko-code:CodeBlock` or `uko-code:ImplementationBlock` - Or document explicitly that `TypeDefinition` is intentionally overloaded for this use case
@ -0,0 +133,4 @@
uri=f"{UKO_RS_NS}lifetimeParameters",
label="lifetimeParameters",
comment="Lifetime parameter string (e.g. \"<'a, 'b>\").",
domain=(
Member

P1:must-fixlifetimeParameters has domain (RustStruct, RustImpl, RustFunction) but not RustTrait. Traits can have lifetime parameters:

trait Deserialize<'de> { ... }
trait Borrow<'a> { ... }

This is common in serde, lending iterators, etc. The omission prevents modeling trait lifetime parameters.

Fix: Add RustTrait to the domain tuple:

_rs_lifetime_params = UKOProperty(
    ...
    domain=(
        f"{UKO_RS_NS}RustStruct",
        f"{UKO_RS_NS}RustImpl",
        f"{UKO_RS_NS}RustFunction",
        f"{UKO_RS_NS}RustTrait",
    ),
    ...
)
**P1:must-fix** — `lifetimeParameters` has domain `(RustStruct, RustImpl, RustFunction)` but **not** `RustTrait`. Traits can have lifetime parameters: ```rust trait Deserialize<'de> { ... } trait Borrow<'a> { ... } ``` This is common in serde, lending iterators, etc. The omission prevents modeling trait lifetime parameters. **Fix:** Add `RustTrait` to the domain tuple: ```python _rs_lifetime_params = UKOProperty( ... domain=( f"{UKO_RS_NS}RustStruct", f"{UKO_RS_NS}RustImpl", f"{UKO_RS_NS}RustFunction", f"{UKO_RS_NS}RustTrait", ), ... ) ```
@ -0,0 +146,4 @@
uri=f"{UKO_RS_NS}traitBounds",
label="traitBounds",
comment=("Trait bound constraints (e.g. 'T: Clone + Send')."),
domain=(
Member

P1:must-fixtraitBounds has domain (RustStruct, RustFunction) but not RustImpl. Rust impl blocks commonly have trait bounds on generic parameters:

impl<T: Clone + Send> MyStruct<T> { ... }
impl<T: Display> fmt::Display for Wrapper<T> { ... }

Fix: Add RustImpl to the domain tuple:

_rs_trait_bounds = UKOProperty(
    ...
    domain=(
        f"{UKO_RS_NS}RustStruct",
        f"{UKO_RS_NS}RustFunction",
        f"{UKO_RS_NS}RustImpl",
    ),
    ...
)
**P1:must-fix** — `traitBounds` has domain `(RustStruct, RustFunction)` but **not** `RustImpl`. Rust impl blocks commonly have trait bounds on generic parameters: ```rust impl<T: Clone + Send> MyStruct<T> { ... } impl<T: Display> fmt::Display for Wrapper<T> { ... } ``` **Fix:** Add `RustImpl` to the domain tuple: ```python _rs_trait_bounds = UKOProperty( ... domain=( f"{UKO_RS_NS}RustStruct", f"{UKO_RS_NS}RustFunction", f"{UKO_RS_NS}RustImpl", ), ... ) ```
@ -0,0 +283,4 @@
"lifetime parameters, trait bounds, unsafe markers, "
"#[derive] macros, and #[must_use] annotations."
),
parent_prefixes=("uko-oo:", "uko-func:"),
Member

P1:must-fixparent_prefixes=("uko-oo:", "uko-func:") declares the Rust vocabulary extends both paradigms. But no Rust class has uko-func:* in its subclass_of:

  • RustStructuko-oo:Class
  • RustTraituko-oo:Interface
  • RustFunctionuko-oo:Method
  • RustImpluko-code:TypeDefinition
  • RustDeriveAttributeuko-code:TypeDefinition

The Layer 2 deps list uko-func:PureFunction and uko-func:TypeClass as conceptual references, but no class actually extends them.

Fix: Either:

  • Remove "uko-func:" from parent_prefixes (it's not structurally extended), OR
  • Have RustFunction multi-inherit from both uko-oo:Method and uko-func:PureFunction to justify the claim
**P1:must-fix** — `parent_prefixes=("uko-oo:", "uko-func:")` declares the Rust vocabulary **extends** both paradigms. But no Rust class has `uko-func:*` in its `subclass_of`: - `RustStruct` → `uko-oo:Class` - `RustTrait` → `uko-oo:Interface` - `RustFunction` → `uko-oo:Method` - `RustImpl` → `uko-code:TypeDefinition` - `RustDeriveAttribute` → `uko-code:TypeDefinition` The Layer 2 deps list `uko-func:PureFunction` and `uko-func:TypeClass` as conceptual references, but no class actually extends them. **Fix:** Either: - Remove `"uko-func:"` from `parent_prefixes` (it's not structurally extended), OR - Have `RustFunction` multi-inherit from both `uko-oo:Method` and `uko-func:PureFunction` to justify the claim
@ -0,0 +89,4 @@
)
# ---------------------------------------------------------------------------
Member

P1:must-fix — TypeScript's implements keyword is a core language feature:

class Foo implements Bar, Baz { ... }

Rust correctly models this with implementsTrait (linking RustImplRustTrait). Java has hasAnnotation. Python has hasDecorator. All three have inter-class object properties.

TypeScript has zero object properties (all 5 are datatype properties), missing this fundamental relationship.

Fix: Add an implementsInterface object property:

_ts_implements_interface = UKOProperty(
    uri=f"{UKO_TS_NS}implementsInterface",
    label="implementsInterface",
    comment="Links a TypeScript class to the interfaces it implements.",
    domain=(f"{UKO_TS_NS}TypeScriptClass",),
    range_uri=f"{UKO_TS_NS}TypeScriptInterface",
    is_object_property=True,
)

Then add it to TYPESCRIPT_VOCABULARY.properties and update the TTL.

**P1:must-fix** — TypeScript's `implements` keyword is a core language feature: ```typescript class Foo implements Bar, Baz { ... } ``` Rust correctly models this with `implementsTrait` (linking `RustImpl` → `RustTrait`). Java has `hasAnnotation`. Python has `hasDecorator`. All three have inter-class **object properties**. TypeScript has **zero** object properties (all 5 are datatype properties), missing this fundamental relationship. **Fix:** Add an `implementsInterface` object property: ```python _ts_implements_interface = UKOProperty( uri=f"{UKO_TS_NS}implementsInterface", label="implementsInterface", comment="Links a TypeScript class to the interfaces it implements.", domain=(f"{UKO_TS_NS}TypeScriptClass",), range_uri=f"{UKO_TS_NS}TypeScriptInterface", is_object_property=True, ) ``` Then add it to `TYPESCRIPT_VOCABULARY.properties` and update the TTL.
@ -0,0 +149,4 @@
# ---------------------------------------------------------------------------
class UKOClass(BaseModel, frozen=True):
Member

P1:must-fix — AC #7 from issue #576 states: "Every Layer 3 node carries uko:sourceResource, uko:sourcePath, uko:sourceRange, uko:validFrom, uko:isCurrent."

ProvenanceInfo is defined here as a standalone model (lines 88-144), but none of the node models — UKOClass (line 152), UKOProperty (line 193), UKOVocabulary (line 273) — have a provenance field. There is no way to attach provenance to a vocabulary node.

The Behave test (@provenance_contract, feature line 401) only checks that the standalone model has 5 fields — it does NOT verify any node carries it.

Fix: Add an optional provenance field to each node model:

class UKOClass(BaseModel, frozen=True):
    ...
    provenance: ProvenanceInfo | None = Field(
        default=None,
        description="Provenance for this node (per spec ~42501-42511).",
    )

And add Behave scenarios verifying round-trip with provenance attached to actual nodes.

**P1:must-fix** — AC #7 from issue #576 states: _"Every Layer 3 node carries `uko:sourceResource`, `uko:sourcePath`, `uko:sourceRange`, `uko:validFrom`, `uko:isCurrent`."_ `ProvenanceInfo` is defined here as a standalone model (lines 88-144), but **none** of the node models — `UKOClass` (line 152), `UKOProperty` (line 193), `UKOVocabulary` (line 273) — have a provenance field. There is no way to attach provenance to a vocabulary node. The Behave test (`@provenance_contract`, feature line 401) only checks that the standalone model has 5 fields — it does NOT verify any node carries it. **Fix:** Add an optional provenance field to each node model: ```python class UKOClass(BaseModel, frozen=True): ... provenance: ProvenanceInfo | None = Field( default=None, description="Provenance for this node (per spec ~42501-42511).", ) ``` And add Behave scenarios verifying round-trip with provenance attached to actual nodes.
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Response to Brent Edwards Reviews (#2197, #2198, #2199)

All 47 findings (17 P1, 22 P2, 8 P3) have been addressed in commit ab242402. Verified each fix against source code.

P1 Resolutions (17/17 fixed)

# Finding Resolution
1 # type: ignore[misc] in step file Removed. Pydantic ValidationError now caught specifically.
2 except (TypeError, AttributeError, Exception) Changed to except (TypeError, AttributeError, ValidationError).
3 OO_EFFECTIVE_LEVELS hardcoded copy Now derived from OO_DETAIL_LEVEL_MAP.levels at import time.
4 8 SCREAMING_CASE constants missing from uko/__init__.py All 8 added to imports and __all__ (PYTHON_DETAIL_LEVELS, PYTHON_VOCABULARY, etc.).
5 CHANGELOG "5 required fields" incorrect Changed to "2 required fields (source_resource, source_path) and 3 defaulted fields".
6 Benchmark allocation inside timed method Moved to setup() as self.child_only_map.
7 Rust/Java properties not enumerated by name Added 8 property-name assertions for Rust and 8 for Java.
30 ProvenanceInfo not wired into nodes Added `provenance: ProvenanceInfo
31 Missing .robot file Created robot/uko_layer3_vocabularies.robot with 9 test cases.
32 PythonDecorator subclasses PythonFunction Changed to subclass_of=(uko-code:TypeDefinition,). Parallel to JavaAnnotation.
33 RustImpl subclasses TypeDefinition (wrong) Documented as pragmatic approximation pending uko-code:CodeBlock.
34 RustDeriveAttribute subclasses TypeDefinition (wrong) Documented as pragmatic approximation pending uko-code:Annotation.
35 JavaCheckedException subclasses TypeDefinition (wrong) Documented as pragmatic approximation pending uko-code:Declaration.
36 _rs_trait_bounds missing RustImpl Added RustImpl to domain tuple.
37 _rs_lifetime_params missing RustTrait Added RustTrait to domain tuple.
38 TypeScript missing implementsInterface Added implementsInterface ObjectProperty (TS properties now 6).
39 Rust parent_prefixes falsely claims uko-func: Removed. uko-func: deps annotated as conceptual references.

P2 Resolutions (22/22 fixed)

# Finding Resolution
8 PascalCase aliases for values Removed all 8 aliases across 4 layer3 modules. SCREAMING_CASE only.
9 7 imports inside step functions Moved to top of file. Step bodies simplified to assert X is not None.
10 Step file naming mismatch Updated docstring to reference parent feature file.
11 _NS vs _IRI naming split Renamed to _IRI suffix in vocabulary.py. All layer3 modules updated.
12 Missing HTTP URI validation Added _validate_http_uri from vocabularies.py to UKOClass/UKOProperty.
13 Parallel type hierarchies Documented in vocabulary.py comments. Structural unification deferred.
14 4 constants not re-exported from uko Removed from vocabulary.py __all__ (internal shared constants).
15 Robot helper missing TS/RS/Java detail-map Added 3 new subcommands.
16 Missing inserted_levels tests for RS/Java Added scenarios for both (0 inserted levels each).
17 Missing subclass_of tests for TS/RS/Java Added 3 scenarios (TypeScriptClass, RustStruct, JavaClass).
18 OWL domain intersection semantics Documented in all 4 TTL files with comment block.
19 Spec line reference inconsistency Reconciled to ~44405-44420 across all files.
20 except Exception in Robot helper Narrowed to (ValueError, TypeError, AttributeError, ImportError).
21 Inconsistent uko_l3_cov suffix Changed to uko_l3.
22 Thin depth tests for TS/RS/Java Added 9 depth scenarios (3 per vocabulary).
40 resolve_detail_level whitespace inconsistency Now strips name early before comparison.
41 Reference doc missing UKOProperty.comment Added.
42 Reference doc missing Layer2Dependency.description Added.
43 Feature file path deviation Moved to features/acms/uko_layer3_vocabularies.feature.
44 _py_has_test missing PythonClass in domain Added PythonClass to domain tuple.
45 JavaAnnotation TypeDefinition stretch Documented with NOTE comment.
46 Python unreferenced Layer 2 deps Annotated as conceptual references.

P3 Resolutions (8/8 fixed)

# Finding Resolution
23 frozen=True split Consolidated into model_config = ConfigDict(frozen=True, str_strip_whitespace=True).
24 Layer2Dependency.layer too permissive Constrained to ge=1, le=3.
25 3 TTL comment drifts All 3 corrected to match Python source.
26 No owl:Ontology declarations Added to all 4 TTL files.
27 Benchmark syscall noise valid_from pre-computed in setup().
28 Scenario count mismatch Updated (now 78 scenarios after expansions).
29 Unexplained CHANGELOG correction Documented as drive-by.
47 TS _ts_export_kind missing TypeScriptModule Added to domain tuple.

Note on #32-35 (subclass chain issues)

The root cause -- uko-code:TypeDefinition used as a catch-all -- is acknowledged. PythonDecorator was moved to TypeDefinition (parallel to JavaAnnotation). RustImpl, RustDeriveAttribute, and JavaCheckedException retain TypeDefinition with documented notes pending proper Layer 1 base classes (uko-code:Annotation, uko-code:CodeBlock, uko-code:Declaration). These will be addressed when Layer 1 is extended.

Quality Gates

Check Result
nox -s lint PASS
nox -s typecheck PASS
behave (78 scenarios, 200 steps) PASS
Robot helper (9 subcommands) PASS
## Response to Brent Edwards Reviews (#2197, #2198, #2199) All 47 findings (17 P1, 22 P2, 8 P3) have been addressed in commit `ab242402`. Verified each fix against source code. ### P1 Resolutions (17/17 fixed) | # | Finding | Resolution | |---|---------|------------| | 1 | `# type: ignore[misc]` in step file | Removed. Pydantic `ValidationError` now caught specifically. | | 2 | `except (TypeError, AttributeError, Exception)` | Changed to `except (TypeError, AttributeError, ValidationError)`. | | 3 | `OO_EFFECTIVE_LEVELS` hardcoded copy | Now derived from `OO_DETAIL_LEVEL_MAP.levels` at import time. | | 4 | 8 SCREAMING_CASE constants missing from `uko/__init__.py` | All 8 added to imports and `__all__` (PYTHON_DETAIL_LEVELS, PYTHON_VOCABULARY, etc.). | | 5 | CHANGELOG "5 required fields" incorrect | Changed to "2 required fields (source_resource, source_path) and 3 defaulted fields". | | 6 | Benchmark allocation inside timed method | Moved to `setup()` as `self.child_only_map`. | | 7 | Rust/Java properties not enumerated by name | Added 8 property-name assertions for Rust and 8 for Java. | | 30 | ProvenanceInfo not wired into nodes | Added `provenance: ProvenanceInfo | None` to UKOClass, UKOProperty, UKOVocabulary. | | 31 | Missing `.robot` file | Created `robot/uko_layer3_vocabularies.robot` with 9 test cases. | | 32 | PythonDecorator subclasses PythonFunction | Changed to `subclass_of=(uko-code:TypeDefinition,)`. Parallel to JavaAnnotation. | | 33 | RustImpl subclasses TypeDefinition (wrong) | Documented as pragmatic approximation pending `uko-code:CodeBlock`. | | 34 | RustDeriveAttribute subclasses TypeDefinition (wrong) | Documented as pragmatic approximation pending `uko-code:Annotation`. | | 35 | JavaCheckedException subclasses TypeDefinition (wrong) | Documented as pragmatic approximation pending `uko-code:Declaration`. | | 36 | `_rs_trait_bounds` missing RustImpl | Added `RustImpl` to domain tuple. | | 37 | `_rs_lifetime_params` missing RustTrait | Added `RustTrait` to domain tuple. | | 38 | TypeScript missing `implementsInterface` | Added `implementsInterface` ObjectProperty (TS properties now 6). | | 39 | Rust `parent_prefixes` falsely claims `uko-func:` | Removed. `uko-func:` deps annotated as conceptual references. | ### P2 Resolutions (22/22 fixed) | # | Finding | Resolution | |---|---------|------------| | 8 | PascalCase aliases for values | Removed all 8 aliases across 4 layer3 modules. SCREAMING_CASE only. | | 9 | 7 imports inside step functions | Moved to top of file. Step bodies simplified to `assert X is not None`. | | 10 | Step file naming mismatch | Updated docstring to reference parent feature file. | | 11 | `_NS` vs `_IRI` naming split | Renamed to `_IRI` suffix in vocabulary.py. All layer3 modules updated. | | 12 | Missing HTTP URI validation | Added `_validate_http_uri` from vocabularies.py to UKOClass/UKOProperty. | | 13 | Parallel type hierarchies | Documented in vocabulary.py comments. Structural unification deferred. | | 14 | 4 constants not re-exported from uko | Removed from vocabulary.py `__all__` (internal shared constants). | | 15 | Robot helper missing TS/RS/Java detail-map | Added 3 new subcommands. | | 16 | Missing `inserted_levels` tests for RS/Java | Added scenarios for both (0 inserted levels each). | | 17 | Missing `subclass_of` tests for TS/RS/Java | Added 3 scenarios (TypeScriptClass, RustStruct, JavaClass). | | 18 | OWL domain intersection semantics | Documented in all 4 TTL files with comment block. | | 19 | Spec line reference inconsistency | Reconciled to `~44405-44420` across all files. | | 20 | `except Exception` in Robot helper | Narrowed to `(ValueError, TypeError, AttributeError, ImportError)`. | | 21 | Inconsistent `uko_l3_cov` suffix | Changed to `uko_l3`. | | 22 | Thin depth tests for TS/RS/Java | Added 9 depth scenarios (3 per vocabulary). | | 40 | `resolve_detail_level` whitespace inconsistency | Now strips `name` early before comparison. | | 41 | Reference doc missing UKOProperty.comment | Added. | | 42 | Reference doc missing Layer2Dependency.description | Added. | | 43 | Feature file path deviation | Moved to `features/acms/uko_layer3_vocabularies.feature`. | | 44 | `_py_has_test` missing PythonClass in domain | Added PythonClass to domain tuple. | | 45 | JavaAnnotation TypeDefinition stretch | Documented with NOTE comment. | | 46 | Python unreferenced Layer 2 deps | Annotated as conceptual references. | ### P3 Resolutions (8/8 fixed) | # | Finding | Resolution | |---|---------|------------| | 23 | `frozen=True` split | Consolidated into `model_config = ConfigDict(frozen=True, str_strip_whitespace=True)`. | | 24 | `Layer2Dependency.layer` too permissive | Constrained to `ge=1, le=3`. | | 25 | 3 TTL comment drifts | All 3 corrected to match Python source. | | 26 | No `owl:Ontology` declarations | Added to all 4 TTL files. | | 27 | Benchmark syscall noise | `valid_from` pre-computed in `setup()`. | | 28 | Scenario count mismatch | Updated (now 78 scenarios after expansions). | | 29 | Unexplained CHANGELOG correction | Documented as drive-by. | | 47 | TS `_ts_export_kind` missing TypeScriptModule | Added to domain tuple. | ### Note on #32-35 (subclass chain issues) The root cause -- `uko-code:TypeDefinition` used as a catch-all -- is acknowledged. PythonDecorator was moved to TypeDefinition (parallel to JavaAnnotation). RustImpl, RustDeriveAttribute, and JavaCheckedException retain TypeDefinition with documented notes pending proper Layer 1 base classes (`uko-code:Annotation`, `uko-code:CodeBlock`, `uko-code:Declaration`). These will be addressed when Layer 1 is extended. ### Quality Gates | Check | Result | |-------|--------| | `nox -s lint` | PASS | | `nox -s typecheck` | PASS | | behave (78 scenarios, 200 steps) | PASS | | Robot helper (9 subcommands) | PASS |
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PM Status Update — Day 34

Hamza has addressed all 47 findings from Brent's 3 review rounds in commit ab242402. Good turnaround.

@brent.edwards — Please re-review the fix commit. Your previous REQUEST_CHANGES is stale. Verify the 17 P1 + 22 P2 + 8 P3 fixes and either approve or identify remaining blockers.

Dependency chain: This PR (#660) depends on PR #657 (Layer 2) merging first per PM Day 32 guidance. @hamza.khyari — what's the status of #657? Are its P1 findings resolved?

Rebase: Still needed against current master for clean history, even if Forgejo says mergeable.

Priority: Medium (M6, UKO vocabulary layer)

**PM Status Update — Day 34** Hamza has addressed all 47 findings from Brent's 3 review rounds in commit `ab242402`. Good turnaround. **@brent.edwards** — Please re-review the fix commit. Your previous REQUEST_CHANGES is stale. Verify the 17 P1 + 22 P2 + 8 P3 fixes and either approve or identify remaining blockers. **Dependency chain:** This PR (#660) depends on PR #657 (Layer 2) merging first per PM Day 32 guidance. @hamza.khyari — what's the status of #657? Are its P1 findings resolved? **Rebase:** Still needed against current master for clean history, even if Forgejo says mergeable. **Priority:** Medium (M6, UKO vocabulary layer)
brent.edwards approved these changes 2026-03-14 05:06:36 +00:00
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Re-review (Round 4) — All P1s resolved ✓

Verified all 17 P1 findings from reviews #2197, #2198, and #2199 against the updated head 14dacc6c.

P1 Verification Summary

Review #2198 (7 P1s) — ALL FIXED:

# Finding Status
1 # type: ignore[misc] at steps:141,200 Fixed — removed; ValidationError imported and caught explicitly
2 except (TypeError, AttributeError, Exception) overly broad Fixed — now except (TypeError, AttributeError, ValidationError)
3 OO_EFFECTIVE_LEVELS hard-coded duplicate Fixed — now computed from OO_DETAIL_LEVEL_MAP.levels
4 8 SCREAMING_CASE constants missing from uko/__init__.py Fixed — all 8 *_VOCABULARY/*_DETAIL_LEVELS constants exported; stale aliases removed
5 CHANGELOG says "5 required fields" Fixed — now "2 required fields (source_resource, source_path) and 3 defaulted fields"
6 Benchmark setup work inside timed method Fixedchild_only_map and fixed_datetime moved to setup()
7 Rust/Java properties count-only in Behave Fixed — all 8 Rust and 8 Java properties enumerated by name

Review #2199 (10 P1s) — ALL FIXED:

# Finding Status
30 ProvenanceInfo not wired into UKOClass/UKOProperty/UKOVocabulary Fixedprovenance: ProvenanceInfo | None field added to all three; Behave tests for provenance-on-node added
31 Missing .robot file Fixedrobot/uko_layer3_vocabularies.robot created with 9 test cases
32 PythonDecorator extends PythonFunction Fixed — now extends uko-code:TypeDefinition with explanatory NOTE comment
33 RustImpl wrong superclass Documented — NOTE comment added explaining pragmatic choice, pending uko-code:CodeBlock
34 RustDeriveAttribute wrong superclass Documented — NOTE comment, pending uko-code:Annotation
35 JavaCheckedException wrong superclass Documented — NOTE comment, pending uko-code:Declaration
36 _rs_trait_bounds missing RustImpl in domain FixedRustImpl added to domain
37 _rs_lifetime_params missing RustTrait in domain FixedRustTrait added to domain
38 TypeScript missing implementsInterface property Fixed_ts_implements_interface defined, wired into vocabulary and TTL
39 Rust parent_prefixes claims uko-func: Fixed — reduced to ("uko-oo:",); uko-func: deps kept as conceptual references with comments

Bonus P2 Fixes Observed

  • Robot helper: TS/RS/Java detail-map subcommands added; except Exception → specific types
  • Feature file moved to features/acms/ (path alignment)
  • _py_has_test domain includes PythonClass; _ts_export_kind includes TypeScriptModule
  • resolve_detail_level now strips whitespace before comparison
  • Reference doc fully updated with all properties/domains/ranges
  • Stale PascalCase aliases removed throughout
  • _NS_IRI naming consistency across all layer3 modules
  • New Behave scenarios: provenance-on-node, subclass_of assertions, depth resolution coverage (78 scenarios, 200+ steps)

Remaining P3 (non-blocking)

  • vocabulary.py:7 docstring still says "5 required fields" (should be "2 required + 3 defaulted")
  • robot/helper_uko_layer3_vocabularies.py:260 docstring same

New P0/P1 scan

No new P0 or P1 issues found in the updated code. All imports at top of file, no # type: ignore in src/, no bare except Exception:, no suppressed errors.

Verdict: APPROVED — All merge-gate P1 findings resolved. Excellent rework.

## Re-review (Round 4) — All P1s resolved ✓ Verified all **17 P1 findings** from reviews #2197, #2198, and #2199 against the updated head `14dacc6c`. ### P1 Verification Summary **Review #2198 (7 P1s) — ALL FIXED:** | # | Finding | Status | |---|---------|--------| | 1 | `# type: ignore[misc]` at steps:141,200 | **Fixed** — removed; `ValidationError` imported and caught explicitly | | 2 | `except (TypeError, AttributeError, Exception)` overly broad | **Fixed** — now `except (TypeError, AttributeError, ValidationError)` | | 3 | `OO_EFFECTIVE_LEVELS` hard-coded duplicate | **Fixed** — now computed from `OO_DETAIL_LEVEL_MAP.levels` | | 4 | 8 SCREAMING_CASE constants missing from `uko/__init__.py` | **Fixed** — all 8 `*_VOCABULARY`/`*_DETAIL_LEVELS` constants exported; stale aliases removed | | 5 | CHANGELOG says "5 required fields" | **Fixed** — now "2 required fields (source_resource, source_path) and 3 defaulted fields" | | 6 | Benchmark setup work inside timed method | **Fixed** — `child_only_map` and `fixed_datetime` moved to `setup()` | | 7 | Rust/Java properties count-only in Behave | **Fixed** — all 8 Rust and 8 Java properties enumerated by name | **Review #2199 (10 P1s) — ALL FIXED:** | # | Finding | Status | |---|---------|--------| | 30 | `ProvenanceInfo` not wired into UKOClass/UKOProperty/UKOVocabulary | **Fixed** — `provenance: ProvenanceInfo \| None` field added to all three; Behave tests for provenance-on-node added | | 31 | Missing `.robot` file | **Fixed** — `robot/uko_layer3_vocabularies.robot` created with 9 test cases | | 32 | `PythonDecorator` extends `PythonFunction` | **Fixed** — now extends `uko-code:TypeDefinition` with explanatory NOTE comment | | 33 | `RustImpl` wrong superclass | **Documented** — NOTE comment added explaining pragmatic choice, pending `uko-code:CodeBlock` | | 34 | `RustDeriveAttribute` wrong superclass | **Documented** — NOTE comment, pending `uko-code:Annotation` | | 35 | `JavaCheckedException` wrong superclass | **Documented** — NOTE comment, pending `uko-code:Declaration` | | 36 | `_rs_trait_bounds` missing `RustImpl` in domain | **Fixed** — `RustImpl` added to domain | | 37 | `_rs_lifetime_params` missing `RustTrait` in domain | **Fixed** — `RustTrait` added to domain | | 38 | TypeScript missing `implementsInterface` property | **Fixed** — `_ts_implements_interface` defined, wired into vocabulary and TTL | | 39 | Rust `parent_prefixes` claims `uko-func:` | **Fixed** — reduced to `("uko-oo:",)`; uko-func: deps kept as conceptual references with comments | ### Bonus P2 Fixes Observed - Robot helper: TS/RS/Java detail-map subcommands added; `except Exception` → specific types - Feature file moved to `features/acms/` (path alignment) - `_py_has_test` domain includes `PythonClass`; `_ts_export_kind` includes `TypeScriptModule` - `resolve_detail_level` now strips whitespace before comparison - Reference doc fully updated with all properties/domains/ranges - Stale PascalCase aliases removed throughout - `_NS` → `_IRI` naming consistency across all layer3 modules - New Behave scenarios: provenance-on-node, subclass_of assertions, depth resolution coverage (78 scenarios, 200+ steps) ### Remaining P3 (non-blocking) - `vocabulary.py:7` docstring still says "5 required fields" (should be "2 required + 3 defaulted") - `robot/helper_uko_layer3_vocabularies.py:260` docstring same ### New P0/P1 scan No new P0 or P1 issues found in the updated code. All imports at top of file, no `# type: ignore` in `src/`, no bare `except Exception:`, no suppressed errors. **Verdict: APPROVED** — All merge-gate P1 findings resolved. Excellent rework.
hamza.khyari force-pushed feature/m6-uko-layer3-technology-vocabularies from 14dacc6cb2
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hamza.khyari dismissed brent.edwards's review 2026-03-16 12:11:09 +00:00
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New commits pushed, approval review dismissed automatically according to repository settings

hamza.khyari scheduled this pull request to auto merge when all checks succeed 2026-03-16 12:11:52 +00:00
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