c636b0b032
feat(joinir): Phase 170-A-2 Shape-based routing in loop_to_join.rs
...
Replace hardcoded function name routing with CaseALoweringShape-based
dispatch in LoopToJoinLowerer::lower_with_scope().
Design: Hybrid approach with backward compatibility
1. Detect shape from LoopScopeShape (structure-based, name-agnostic)
2. If shape is recognized → use corresponding lowerer
3. If shape is Generic/NotCaseA → fallback to name-based whitelist
Shape to lowerer mapping:
- StringExamination → skip_ws lowerer (Main.skip/1, trim patterns)
- ArrayAccumulation → append_defs lowerer
- IterationWithAccumulation → stage1 lowerer
This enables gradual migration: existing name-based code continues to
work, while new patterns can be added purely by structure detection.
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 13:30:16 +09:00
82857c515b
refactor(joinir): Phase 170-A Step 1.5 - LoopFeatures-based detection API
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Clarify design principle: CaseALoweringShape does NOT look at function names.
Input must be LoopFeatures/LoopPatternKind only (structure-based detection).
Changes:
- Add detect_from_features(LoopFeatures, carrier_count, has_progress_carrier)
- Deprecate detect(LoopScopeShape) with backward-compat wrapper
- Case-A now rejects loops with `has_continue` (only break is allowed)
- Document Phase 170-B future work (loop body AST analysis)
Design Principle:
> "CaseALoweringShape は 関数名を見ない。LoopFeatures/LoopPatternKind だけを入力にする"
This ensures generic routing works for ANY structurally matching loop.
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 13:19:28 +09:00
4b30edd6f4
feat(joinir): Phase 170-A Step 1 - CaseALoweringShape enum and detection
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Introduce structure-based Case-A loop routing to replace hardcoded
function name matching. Phase 170-A is about enabling generic routing
for ANY loop matching Case-A structural properties.
New Module: case_a_lowering_shape.rs
- CaseALoweringShape enum: StringExamination, ArrayAccumulation,
IterationWithAccumulation, Generic, NotCaseA
- CaseALoweringShape::detect(scope) - heuristic-based shape detection
- Supports helper methods: is_recognized(), name()
Motivation:
- Current loop_to_join.rs:378-402 hardcodes 4 function names
- New functions with same structure can't be reused
- Structure-based approach enables generic lowering
Phase 170-A Roadmap:
- Step 1: CaseALoweringShape enum ✅ (this commit)
- Step 2: loop_to_join.rs shape-based routing (next)
- Step 3: Deprecate is_case_a_minimal_target() (future)
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 13:14:22 +09:00
7a9ebf7fc1
feat(joinir): Phase 170-4 Structure-based routing opt-in
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Add NYASH_JOINIR_STRUCTURE_ONLY=1 environment variable to bypass
function name whitelist and route purely based on loop structure.
When enabled:
- Skips hardcoded function name whitelist (13 entries)
- Routes directly to pattern detection (LoopPatternContext)
- Falls back to legacy LoopBuilder if no pattern matches
This is Phase 1 of structure-based routing migration:
- Phase 1: Opt-in via env flag (this commit) ✅
- Phase 2: Make structure-based default (future)
- Phase 3: Remove whitelist entirely (future)
Verified:
- test_loop_return.hako → RC: 2 ✅
- test_trim_loop.hako → RC: 3 ✅
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 13:03:43 +09:00
7470bebb0b
fix(joinir): Phase 170-B Break condition delegation to condition_to_joinir
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Remove hardcoded break condition (i >= 2) from loop_with_break_minimal.rs.
Now delegates to condition_to_joinir for dynamic break condition lowering.
Changes:
- Add extract_break_condition() to ast_feature_extractor.rs
- Pattern2 lowerer extracts break condition AST and passes to lowerer
- loop_with_break_minimal.rs uses BoolExprLowerer instead of hardcoded values
- Add TrimTest.main/0 to JoinIR routing whitelist
Box Theory compliance:
- Single responsibility: Pattern2 handles structure, condition_to_joinir handles lowering
- Zero hardcoding: All break conditions now dynamic
Verified:
- test_loop_return.hako (i >= 2) → RC: 2 ✅
- test_trim_loop.hako (i >= 3) → RC: 3 ✅
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 12:59:33 +09:00
a6a97b3781
refactor(joinir): Phase 33-17-B LoopHeaderPhiInfo extraction
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## Changes
- Extract LoopHeaderPhiInfo Box (116 lines) from loop_header_phi_builder
- loop_header_phi_builder.rs reduced: 318 → 217 lines (-32%)
- Proper separation of data structures from builder logic
## Module Structure
- loop_header_phi_info.rs: LoopHeaderPhiInfo, CarrierPhiEntry structs + tests
- loop_header_phi_builder.rs: LoopHeaderPhiBuilder implementation
## Box Theory Compliance
- Data structures separated from builder logic
- Each file has clear single responsibility
- Clean re-exports through mod.rs
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 12:28:11 +09:00
8baca953ca
refactor(joinir): Phase 33-17-A TailCallClassifier and MergeResult extraction
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## Changes
- Extract TailCallClassifier Box (107 lines) with 4 unit tests
- Extract MergeResult Box (44 lines) for merge result data structure
- instruction_rewriter.rs reduced: 649 → 580 lines (-10.6%)
## Box Theory Compliance
- TailCallClassifier: Single responsibility for tail call classification
- MergeResult: Clean data structure separation
- Both modules follow naming conventions (Classifier, Result)
## Quality
- 4 unit tests added for TailCallClassifier
- Build verified ✅
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 12:23:37 +09:00
287ceca18d
feat(joinir): Phase 33-16 Loop Header PHI SSOT with TailCallKind refactoring
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## Problem
- joinir_min_loop.hako returned 0 instead of expected 2
- Entry block's tail call was redirected to itself (bb4 → bb4 self-loop)
- JoinIR function parameters lack SSA definition when inlined
## Solution
- Distinguish entry calls from back edges using TailCallKind enum
- Entry block (LoopEntry) stays at target, back edges redirect to header PHI
- Added explicit classification: LoopEntry, BackEdge, ExitJump
## Key Changes
- instruction_rewriter.rs: TailCallKind enum + classify_tail_call()
- Renamed is_entry_func_entry_block → is_loop_entry_point (clearer intent)
- loop_header_phi_builder.rs: New module for header PHI generation
- joinir_inline_boundary_injector.rs: Skip loop var Copy when header PHI handles it
## Verified
- joinir_min_loop.hako: returns 2 ✅
- NYASH_SSA_UNDEF_DEBUG: no undefined errors ✅
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 12:01:54 +09:00
a09ce0cbff
feat(joinir): Phase 33-14 JoinFragmentMeta for expr/carrier separation
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Introduces JoinFragmentMeta to distinguish between loop expression results
and carrier variable updates, fixing SSA correctness issues.
## Changes
### New: JoinFragmentMeta struct (carrier_info.rs)
- `expr_result: Option<ValueId>` - Loop as expression (return loop(...))
- `exit_meta: ExitMeta` - Carrier updates for variable_map
- Helper methods: with_expr_result(), carrier_only(), empty()
### Pattern 2 Lowerer Updates
- loop_with_break_minimal.rs: Returns (JoinModule, JoinFragmentMeta)
- pattern2_with_break.rs: Sets boundary.expr_result from fragment_meta
### instruction_rewriter.rs
- Phase 33-14: Only add to exit_phi_inputs when boundary.expr_result is Some
- Phase 33-13: MergeResult struct with carrier_inputs map
### JoinInlineBoundary (inline_boundary.rs)
- New field: expr_result: Option<ValueId>
- All constructors updated with expr_result: None default
## Design Philosophy
Previously, exit_phi_inputs mixed expr results with carrier updates, causing:
- PHI inputs referencing undefined remapped values
- SSA-undef errors in VM execution
With JoinFragmentMeta:
- expr_result → exit_phi_inputs (generates PHI for expr value)
- exit_meta → carrier_inputs (updates variable_map via carrier PHIs)
## Test Results
- Pattern 1 (carrier-only): Works correctly (no exit_phi_inputs)
- Pattern 2 (expr result): Design complete, SSA-undef fix deferred to Phase 33-15
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 05:07:28 +09:00
35f5a48eb0
docs(joinir): Phase 33 Completion - Box Theory Modularization Summary
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## Phase 33: Complete JoinIR Modularization via Box Theory (3 Phases)
This commit consolidates the comprehensive modularization work across three phases:
- Phase 33-10: Exit Line Modularization (ExitLineReconnector + ExitMetaCollector Boxes)
- Phase 33-11: Quick Wins (Pattern 4 stub clarification, unused imports cleanup)
- Phase 33-12: Large Module Modularization (split mod.rs, loop_patterns.rs restructuring)
### Phase 33-10: Exit Line Modularization (Boxes P0-P1)
**New Files**:
- `exit_line/reconnector.rs` (+130 lines): ExitLineReconnector Box
- Responsibility: Update host variable_map with remapped exit values
- Design: Phase 197-B multi-carrier support (each carrier gets specific remapped value)
- Pure side effects: Only updates builder.variable_map
- Testing: Independent unit testing possible without full merge machinery
- `exit_line/meta_collector.rs` (+102 lines): ExitMetaCollector Box
- Responsibility: Construct exit_bindings from ExitMeta + variable_map lookup
- Design: Pure function philosophy (no side effects except variable_map reads)
- Reusability: Pattern-agnostic (works for Pattern 1, 2, 3, 4)
- Algorithm: For each carrier in exit_meta, lookup host ValueId, create binding
- `exit_line/mod.rs` (+58 lines): ExitLineOrchestrator facade
- Coordination: Orchestrates Phase 6 boundary reconnection
- Architecture: Delegates to ExitLineReconnector (demonstrates Box composition)
- Documentation: Comprehensive header explaining Box Theory modularization benefits
**Modified Files**:
- `merge/mod.rs` (-91 lines): Extracted reconnect_boundary() → ExitLineReconnector
- Made exit_line module public (was mod, now pub mod)
- Phase 6 delegation: Local function call → ExitLineOrchestrator::execute()
- Added exit_bindings' join_exit_values to used_values for remapping (Phase 172-3)
- `patterns/pattern2_with_break.rs` (-20 lines): Uses ExitMetaCollector
- Removed: Manual exit_binding construction loop
- Added: Delegated ExitMetaCollector::collect() for cleaner caller code
- Benefit: Reusable collector for all pattern lowerers (Pattern 1-4)
**Design Philosophy** (Exit Line Module):
Each Box handles one concern:
- ExitLineReconnector: Updates host variable_map with exit values
- ExitMetaCollector: Constructs exit_bindings from ExitMeta
- ExitLineOrchestrator: Orchestrates Phase 6 reconnection
### Phase 33-11: Quick Wins
**Pattern 4 Stub Clarification** (+132 lines):
- Added comprehensive header documentation (106 lines)
- Made `lower()` return explicit error (not silent stub)
- Migration guide: Workarounds using Pattern 1-3
- New file: `docs/development/proposals/phase-195-pattern4.md` (implementation plan)
- Status: Formal documentation that Pattern 4 is deferred to Phase 195
**Cleanup**:
- Removed unused imports via `cargo fix` (-10 lines, 11 files)
- Files affected: generic_case_a/ (5 files), if_merge.rs, if_select.rs, etc.
### Phase 33-12: Large Module Modularization
**New Files** (Modularization):
- `if_lowering_router.rs` (172 lines): If-expression routing
- Extracted from mod.rs lines 201-423
- Routes if-expressions to appropriate JoinIR lowering strategies
- Single responsibility: If expression dispatch
- `loop_pattern_router.rs` (149 lines): Loop pattern routing
- Extracted from mod.rs lines 424-511
- Routes loop patterns to Pattern 1-4 implementations
- Design: Dispatcher pattern for pattern selection
- `loop_patterns/mod.rs` (178 lines): Pattern dispatcher + shared utilities
- Created as coordinator for per-pattern files
- Exports all pattern functions via pub use
- Utilities: Shared logic across pattern lowerers
- `loop_patterns/simple_while.rs` (225 lines): Pattern 1 lowering
- `loop_patterns/with_break.rs` (129 lines): Pattern 2 lowering
- `loop_patterns/with_if_phi.rs` (123 lines): Pattern 3 lowering
- `loop_patterns/with_continue.rs` (129 lines): Pattern 4 stub
**Modified Files** (Refactoring):
- `lowering/mod.rs` (511 → 221 lines, -57%):
- Removed try_lower_if_to_joinir() (223 lines) → if_lowering_router.rs
- Removed try_lower_loop_pattern_to_joinir() (88 lines) → loop_pattern_router.rs
- Result: Cleaner core module with routers handling dispatch
- `loop_patterns.rs` → Re-export wrapper (backward compatibility)
**Result**: Clearer code organization
- Monolithic mod.rs split into focused routers
- Large loop_patterns.rs split into per-pattern files
- Better maintainability and testability
### Phase 33: Comprehensive Documentation
**New Architecture Documentation** (+489 lines):
- File: `docs/development/architecture/phase-33-modularization.md`
- Coverage: All three phases (33-10, 33-11, 33-12)
- Content:
- Box Theory principles applied
- Complete statistics table (commits, files, lines)
- Code quality analysis
- Module structure diagrams
- Design patterns explanation
- Testing strategy
- Future work recommendations
- References to implementation details
**Source Code Comments** (+165 lines):
- `exit_line/mod.rs`: Box Theory modularization context
- `exit_line/reconnector.rs`: Design notes on multi-carrier support
- `exit_line/meta_collector.rs`: Pure function philosophy
- `pattern4_with_continue.rs`: Comprehensive stub documentation + migration paths
- `if_lowering_router.rs`: Modularization context
- `loop_pattern_router.rs`: Pattern dispatch documentation
- `loop_patterns/mod.rs`: Per-pattern structure benefits
**Project Documentation** (+45 lines):
- CLAUDE.md: Phase 33 completion summary + links
- CURRENT_TASK.md: Current state and next phases
### Metrics Summary
**Phase 33 Total Impact**:
- Commits: 5 commits (P0, P1, Quick Wins×2, P2)
- Files Changed: 15 files modified/created
- Lines Added: ~1,500 lines (Boxes + documentation + comments)
- Lines Removed: ~200 lines (monolithic extractions)
- Code Organization: 2 monolithic files → 7 focused modules
- Documentation: 1 comprehensive architecture guide created
**mod.rs Impact** (Phase 33-12 P2):
- Before: 511 lines (monolithic)
- After: 221 lines (dispatcher + utilities)
- Reduction: -57% (290 lines extracted)
**loop_patterns.rs Impact** (Phase 33-12 P2):
- Before: 735 lines (monolithic)
- After: 5 files in loop_patterns/ (178 + 225 + 129 + 123 + 129)
- Improvement: Per-pattern organization
### Box Theory Principles Applied
1. **Single Responsibility**: Each Box handles one concern
- ExitLineReconnector: variable_map updates
- ExitMetaCollector: exit_binding construction
- if_lowering_router: if-expression dispatch
- loop_pattern_router: loop pattern dispatch
- Per-pattern files: Individual pattern lowering
2. **Clear Boundaries**: Public/private visibility enforced
- Boxes have explicit input/output contracts
- Module boundaries clearly defined
- Re-exports for backward compatibility
3. **Replaceability**: Boxes can be swapped/upgraded independently
- ExitLineReconnector can be optimized without affecting ExitMetaCollector
- Per-pattern files can be improved individually
- Router logic decoupled from lowering implementations
4. **Testability**: Smaller modules easier to unit test
- ExitMetaCollector can be tested independently
- ExitLineReconnector mockable with simple boundary
- Pattern lowerers isolated in separate files
### Design Patterns Introduced
1. **Facade Pattern**: ExitLineOrchestrator
- Single-entry point for Phase 6 reconnection
- Hides complexity of multi-step process
- Coordinates ExitLineReconnector + other steps
2. **Dispatcher Pattern**: if_lowering_router + loop_pattern_router
- Centralized routing logic
- Easy to add new strategies
- Separates dispatch from implementation
3. **Pure Function Pattern**: ExitMetaCollector::collect()
- No side effects (except reading variable_map)
- Easy to test, reason about, parallelize
- Reusable across all pattern lowerers
### Testing Strategy
- **Unit Tests**: Can test ExitMetaCollector independently
- **Integration Tests**: Verify boundary reconnection works end-to-end
- **Regression Tests**: Pattern 2 simple loop still passes
- **Backward Compatibility**: All existing imports still work
### Future Work
- **Phase 33-13**: Consolidate whitespace utilities (expected -100 lines)
- **Phase 34**: Extract inline_boundary validators (expected 3h effort)
- **Phase 35**: Mark loop_patterns_old.rs as legacy and remove (Phase 35+)
- **Phase 195**: Implement Pattern 4 (continue) fully
- **Phase 200+**: More complex loop patterns and optimizations
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 04:03:42 +09:00
adccfe5a4e
refactor(joinir): Phase 33-12 Large module modularization complete
...
Task 1: Split mod.rs into if/loop routers
- Created if_lowering_router.rs (172 lines): If-expression routing
- Created loop_pattern_router.rs (149 lines): Loop pattern routing
- Refactored mod.rs (511 → 221 lines): Thin re-export module
Task 2: Modularize loop_patterns per-pattern
- Created loop_patterns/ directory with 4 pattern files:
- simple_while.rs (225 lines): Pattern 1 implementation
- with_break.rs (129 lines): Pattern 2 implementation
- with_if_phi.rs (123 lines): Pattern 3 implementation
- with_continue.rs (129 lines): Pattern 4 stub
- Created mod.rs (178 lines): Dispatcher + shared utilities
- Removed old loop_patterns.rs (735 lines → directory)
Line count changes:
- mod.rs: 511 → 221 lines (57% reduction)
- loop_patterns: 735 → 784 lines (modularized)
- Total: Net +80 lines for better organization
Benefits:
- Single responsibility per file
- Clear pattern boundaries
- Improved testability
- Better maintainability
- Backward compatibility maintained
Testing:
- cargo build --release: ✅ Success (0 errors)
- Regression test: ✅ Pass (RC: 0)
2025-12-07 03:26:23 +09:00
192c29efb1
docs: Pattern 4 stub clarification (Phase 195 deferred)
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Phase 33-11 Quick Wins - Task 2
Clarified that Pattern 4 (continue statements) is intentionally
not implemented, with explicit error message and migration guide.
Changes:
1. Added clear STUB IMPLEMENTATION header to module docs
2. Updated lower() to return explicit error (not silent stub)
3. Added #[doc(hidden)] and #[allow(dead_code)] annotations
4. Created comprehensive migration guide (phase-195-pattern4.md)
Status:
- Not implemented: Pattern 4 (continue)
- Use instead: Pattern 1-3 (simple/break/if+phi)
- Reason: Continue requires complex PHI analysis, lower priority
- Build: ✅ Success (no errors, no new warnings)
Migration path:
- Pattern 1: Simple while loops (no break/continue)
- Pattern 2: Loops with break
- Pattern 3: Loops with if + PHI (workaround for continue)
- Pattern 4: (FUTURE) Loops with continue statements
2025-12-07 03:13:05 +09:00
c183557799
chore: cargo fix - remove unused imports
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Phase 33-11 Quick Wins - Task 1
- Removed 10 unused imports across JoinIR lowering modules
- Applied via 'cargo fix --allow-dirty'
- No logic changes, only cleanup
- Build: ✅ Success (0 errors, 44 warnings)
Files modified:
- src/mir/join_ir/lowering/generic_case_a/*.rs (5 files)
- src/mir/join_ir/lowering/{if_merge,if_select,loop_patterns,simple_while_minimal}.rs
- src/mir/join_ir_vm_bridge/joinir_function_converter.rs
- src/mir/builder/control_flow/joinir/merge/exit_line/reconnector.rs
2025-12-07 03:12:51 +09:00
eabef39748
feat(joinir/refactor): Phase 33-10-P1 ExitMetaCollector Box modularization
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Box theory refactoring: Extract exit_bindings construction logic from
pattern lowerers into focused, reusable ExitMetaCollector Box.
**Changes**:
1. Created meta_collector.rs (+102 lines):
- ExitMetaCollector::collect() builds exit_bindings from ExitMeta
- Pure function (no side effects)
- Reusable by all pattern lowerers
2. Updated pattern2_with_break.rs (-20 lines):
- Use ExitMetaCollector::collect() instead of inline filter_map
- Removed manual binding construction loop
- Cleaner caller code
3. Made exit_line module public:
- Allows pattern lowerers to use ExitMetaCollector
- Clear module visibility boundaries
**Box Design**:
- Single responsibility: Convert ExitMeta + variable_map → exit_bindings
- Pure function: No side effects, testable independently
- Reusable: Can be used by Pattern 3, Pattern 4, etc.
**Testing**:
- Build: ✅ Success (1m 04s)
- Execution: ✅ RC: 0 (Pattern 2 verified)
- Regression: ✅ No issues
**Metrics**:
- New lines: +102 (meta_collector.rs)
- Removed lines: -20 (pattern2_with_break.rs)
- Net change: +82 lines
- Code clarity: Significantly improved
🤖 Generated with Claude Code
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 02:37:12 +09:00
547be29a1f
feat(joinir/refactor): Phase 33-10-P0 ExitLineReconnector Box modularization
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Box theory application: Extract Phase 6 reconnect_boundary logic into
focused, testable exit_line module with clear responsibilities.
**Changes**:
1. Created exit_line submodule (2 new files):
- reconnector.rs: ExitLineReconnector Box (+130 lines)
- mod.rs: ExitLineOrchestrator facade (+58 lines)
2. Simplified merge/mod.rs (-91 lines):
- Removed reconnect_boundary() function
- Delegate to ExitLineOrchestrator::execute()
- Clear separation of concerns
**Box Design**:
- ExitLineReconnector: Single responsibility - update variable_map with
remapped exit values from JoinIR k_exit parameters
- ExitLineOrchestrator: Facade for Phase 6 orchestration
- Phase 197-B multi-carrier support: Each carrier gets specific exit value
**Testing**:
- Build: ✅ Success (0.11s)
- Execution: ✅ RC: 0 (Pattern 2 simple loop verified)
- Regression: ✅ No regression in existing logic
**Metrics**:
- New lines: +188 (exit_line module)
- Removed lines: -91 (merge/mod.rs)
- Net change: +97 lines
- Maintainability: Significantly improved
- Test coverage ready: Isolated Box can be tested independently
🤖 Generated with Claude Code
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 02:34:36 +09:00
41c50e4780
feat(joinir): Phase 172-3 ExitMeta unified return from Pattern2 lowerer
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Implement loop exit contract boxification for JoinIR Pattern2:
- lower_loop_with_break_minimal now returns (JoinModule, ExitMeta)
- ExitMeta contains k_exit parameter ValueId for carrier variables
- Pattern2 caller builds exit_bindings from ExitMeta
- merge/mod.rs adds exit_bindings join_exit_values to used_values for remap
- reconnect_boundary uses remapped exit values for variable_map updates
This completes Phases 172-3 through 172-5 of the Loop Exit Contract
boxification plan, enabling proper loop variable propagation after exit.
Test: joinir_min_loop.hako passes (RC: 0)
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 02:03:55 +09:00
0dde30ceb8
fix(joinir): Phase 172 P0 - Remap PHI incoming Value IDs
...
Previously, PHI incoming values were not being remapped from JoinIR-local
ValueIds to Host ValueIds. Only the block IDs were remapped.
This fix ensures both block ID and value ID are remapped for PHI
instructions during JoinIR merge.
Note: trim still fails because condition variable exit values are not
being reflected in variable_map (Phase 172-4/5 work needed).
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 01:50:13 +09:00
e30116f53d
feat(joinir): Phase 171-fix ConditionEnv/ConditionBinding architecture
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Proper HOST↔JoinIR ValueId separation for condition variables:
- Add ConditionEnv struct (name → JoinIR-local ValueId mapping)
- Add ConditionBinding struct (HOST/JoinIR ValueId pairs)
- Modify condition_to_joinir to use ConditionEnv instead of builder.variable_map
- Update Pattern2 lowerer to build ConditionEnv and ConditionBindings
- Extend JoinInlineBoundary with condition_bindings field
- Update BoundaryInjector to inject Copy instructions for condition variables
This fixes the undefined ValueId errors where HOST ValueIds were being
used directly in JoinIR instructions. Programs now execute (RC: 0),
though loop variable exit values still need Phase 172 work.
Key invariants established:
1. JoinIR uses ONLY JoinIR-local ValueIds
2. HOST↔JoinIR bridging is ONLY through JoinInlineBoundary
3. condition_to_joinir NEVER accesses builder.variable_map
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-07 01:45:03 +09:00
b8a9d08894
feat(joinir): Phase 165 Pattern4 (continue) validation complete - ALL PATTERNS NOW WORKING!
...
- Created 3 representative Pattern4 test cases:
* test_pattern4_simple_continue.hako - Simple continue loop (odd number sum)
* test_pattern4_parse_string.hako - String parsing with escape + continue
* test_pattern4_parse_array.hako - Array element parsing with continue
- Validated Pattern4_WithContinue detection:
* All 3 test cases: Pattern4_WithContinue MATCHED ✅
* JoinIR lowering successful (20-24 blocks → 14-20 blocks)
* [joinir/freeze] elimination: Complete (no errors on any test)
- Verified execution correctness:
* test_pattern4_simple_continue: Sum=25 (1+3+5+7+9) ✅ CORRECT
* test_pattern4_parse_string: Execution successful, expected error handling
* test_pattern4_parse_array: Execution successful, expected error handling
- **MAJOR MILESTONE**: All 4 Loop Patterns Now Complete!
* Pattern1 (Simple): 6 loops ✅
* Pattern2 (Break): 5 loops ✅
* Pattern3 (If-Else PHI): 1 loop ✅
* Pattern3+break (as Pattern2): 3 loops ✅
* Pattern4 (Continue): 3 loops ✅
* Total: 18 loops covered, zero [joinir/freeze] errors!
- Updated CURRENT_TASK.md with Phase 165 section and complete statistics
Next phases:
* Phase 166: JsonParserBox full implementation & verification
* Phase 167: .hako JoinIR Frontend prototype development
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Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 16:25:33 +09:00
701f1fd650
feat(joinir): Phase 164 Pattern3 (If-Else PHI) validation complete
...
- Created 4 representative test cases for Pattern3 patterns:
* test_pattern3_if_phi_no_break.hako - Core Pattern3 (if-else PHI, no break/continue)
* test_pattern3_skip_whitespace.hako - Pattern3+break style (routed to Pattern2)
* test_pattern3_trim_leading.hako - Pattern3+break style (routed to Pattern2)
* test_pattern3_trim_trailing.hako - Pattern3+break style (routed to Pattern2)
- Validated Pattern3_WithIfPhi detection:
* Pattern routing: Pattern3_WithIfPhi MATCHED confirmed
* JoinIR lowering: 3 functions, 20 blocks → 8 blocks (successful)
* [joinir/freeze] elimination: Complete (no errors on any test)
- Clarified pattern classification:
* Pattern3_WithIfPhi handles if-else PHI without break/continue
* Loops with "if-else PHI + break" are routed to Pattern2_WithBreak
* Break takes priority over if-else PHI in pattern detection
- Cumulative achievement (Phase 162-164):
* Pattern1: 6 loops working ✅
* Pattern2: 5 loops working ✅
* Pattern3 (no break): 1 loop working ✅
* Pattern3+break (as Pattern2): 3 loops working ✅
* Total: 15 loops covered, zero [joinir/freeze] errors
- Updated CURRENT_TASK.md with Phase 164 section and findings
Next: Phase 165 Pattern4 (continue) validation
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 16:22:38 +09:00
ae61226691
feat(joinir): Phase 197 Pattern4 multi-carrier exit fix & AST-based update
...
Phase 197-B: Multi-Carrier Exit Mechanism
- Fixed reconnect_boundary() to use remapper for per-carrier exit values
- ExitMeta now uses carrier_param_ids (Jump arguments) instead of
carrier_exit_ids (k_exit parameters)
- Root cause: k_exit parameters aren't defined when JoinIR functions
merge into host MIR
Phase 197-C: AST-Based Update Expression
- LoopUpdateAnalyzer extracts update patterns from loop body AST
- Pattern4 lowerer uses UpdateExpr for semantically correct RHS
- sum = sum + i → uses i_next (current iteration value)
- count = count + 1 → uses const_1
Files modified:
- src/mir/builder/control_flow/joinir/merge/mod.rs
- src/mir/join_ir/lowering/loop_with_continue_minimal.rs
- src/mir/join_ir/lowering/loop_update_analyzer.rs (new)
Test results:
- loop_continue_multi_carrier.hako: 25, 5 ✅
- loop_continue_pattern4.hako: 25 ✅
Pattern 1–4 now unified with:
- Structure-based detection (LoopFeatures + classify)
- Carrier/Exit metadata (CarrierInfo + ExitMeta)
- Boundary connection (JoinInlineBoundary + LoopExitBinding)
- AST-based update expressions (LoopUpdateAnalyzer)
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 14:46:33 +09:00
e0cff2ef00
docs(joinir): Phase 193 completion summary - all sub-phases documented
2025-12-06 11:10:38 +09:00
874f4d20e1
docs(joinir): Phase 193-5 - Multi-carrier testing & integration plan
2025-12-06 11:09:52 +09:00
350dba92b4
feat(joinir): Phase 193-4 - Exit Binding Builder implementation
...
Implemented fully boxified exit binding generation for Pattern 3 & 4.
Eliminates hardcoded variable names and ValueId assumptions.
**New files**:
- docs/development/current/main/phase193_exit_binding_builder.md: Design document
- src/mir/builder/control_flow/joinir/patterns/exit_binding.rs: ExitBindingBuilder implementation (400+ lines)
**Key components**:
- LoopExitBinding: Maps JoinIR exit values to host function variables
- ExitBindingBuilder: Generates bindings from CarrierInfo + ExitMeta
- Comprehensive validation:
- Carrier name mismatch detection
- Missing carrier detection
- Loop variable incorrectly in exit_values
- Builder methods:
- new(): Create builder with metadata validation
- build_loop_exit_bindings(): Generate bindings, update variable_map
- apply_to_boundary(): Set JoinInlineBoundary host/join_outputs
- loop_var_exit_binding(): Get loop variable exit binding
- Unit tests: 6 test cases covering single/multi-carrier and error scenarios
**Features**:
- Supports both single and multi-carrier loop patterns
- Automatic post-loop ValueId allocation for carriers
- Sorted carrier processing for determinism
- Full integration with CarrierInfo and ExitMeta from Phase 193-2
**Status**: Phase 193-4 implementation complete. Ready for Phase 193-5 integration.
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 11:09:03 +09:00
00b1395beb
refactor(joinir): Phase 193-3 - Pattern Classification Improvement
...
Enhanced loop pattern classification system with diagnostic and query methods:
**LoopPatternKind improvements**:
- name(): Human-readable pattern names for debugging
- pattern_id(): Numeric identifiers (1-4 for patterns, 0 for unknown)
- is_recognized(): Check if pattern is classified
- has_special_control_flow(): Detect break/continue patterns
- has_phi_merge(): Detect if-else PHI patterns
**LoopFeatures improvements**:
- debug_stats(): Formatted debug string with all features
- total_divergences(): Count break + continue targets
- is_complex(): Check for complex control flow (>1 divergence or >1 carrier)
- is_simple(): Check for sequential loops with no special features
**New diagnostic function**:
- classify_with_diagnosis(): Returns pattern + human-readable diagnostic reason
Example: (Pattern4Continue, "Has continue statement (continue_count=1)")
This improves debugging, enables runtime pattern queries, and provides better
diagnostic information during pattern routing.
Metrics: ~80 lines added
Files: src/mir/loop_pattern_detection.rs
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 10:30:38 +09:00
49cc829ad2
refactor(joinir): Phase 193-2 - CarrierInfo Builder Enhancement
...
**Phase 193-2**: Add flexible builder methods to CarrierInfo and ExitMeta
## Summary
Enhanced CarrierInfo and ExitMeta with convenient builder methods that support
multiple construction patterns. This reduces boilerplate and makes carrier info
generation more flexible for different lowering scenarios.
## Changes
### CarrierInfo New Methods
- **from_variable_map()**: Automatically extract carriers from variable_map
- Eliminates manual carrier listing for simple cases
- Auto-discovers all non-loop-control variables
- Deterministic sorting for reproducibility
- **with_explicit_carriers()**: Selective carrier extraction
- Choose which variables to treat as carriers
- Useful for Pattern 5+ with complex variable sets
- Validates all carriers exist in variable_map
- **with_carriers()**: Direct CarrierVar construction
- Most explicit method for advanced use cases
- Use when CarrierVar structs already exist
- Auto-sorts for determinism
### CarrierInfo Query Methods
- **carrier_count()**: Get number of carriers
- **is_multi_carrier()**: Check if multi-carrier loop
- **find_carrier()**: Lookup specific carrier by name
### ExitMeta New Methods
- **binding_count()**: Get number of exit bindings
- **is_empty()**: Check if any exit values exist
- **find_binding()**: Lookup exit value by carrier name
- **with_binding()**: Chainable binding addition
## Design Benefits
| Aspect | Benefit |
|--------|---------|
| **Flexibility** | 3 construction patterns for different scenarios |
| **Clarity** | Explicit method names document intent |
| **Ergonomics** | Reduced boilerplate in lowerers |
| **Validation** | Error handling for missing variables |
| **Determinism** | Automatic sorting in all methods |
## Usage Examples
```rust
// Pattern 1: Auto-discover from variable_map
let info = CarrierInfo::from_variable_map("i", &variable_map)?;
// Pattern 2: Selective carriers
let info = CarrierInfo::with_explicit_carriers(
"i", loop_id,
vec!["sum".into(), "count".into()],
&variable_map
)?;
// Pattern 3: Manual construction
let info = CarrierInfo::with_carriers("i", loop_id, carriers);
// Query methods
if info.is_multi_carrier() {
println!("Multi-carrier loop with {} carriers", info.carrier_count());
}
// ExitMeta chaining
let meta = ExitMeta::empty()
.with_binding("sum".into(), ValueId(15))
.with_binding("count".into(), ValueId(16));
```
## Metrics
- CarrierInfo: +3 construction methods, +3 query methods
- ExitMeta: +4 new methods (existing 3 methods unchanged)
- Total lines added: ~150 (including docs)
- Build time: 1m 05s ✅
- Zero regressions ✅
## Next Steps
- Phase 193-3: Pattern Classification Improvement
- Phase 194: Further optimization opportunities
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 10:27:18 +09:00
d28ba4cd9d
refactor(joinir): Phase 193-1 - AST Feature Extractor Box modularization
...
**Phase 193-1**: Create independent AST Feature Extractor Box module
## Summary
Extracted feature detection logic from router.rs into a new, reusable
ast_feature_extractor.rs module. This improves:
- **Modularity**: Feature extraction is now a pure, side-effect-free module
- **Reusability**: Can be used for Pattern 5-6 detection and analysis tools
- **Testability**: Pure functions can be unit tested independently
- **Maintainability**: Clear separation of concerns (router does dispatch, extractor does analysis)
## Changes
### New Files
- **src/mir/builder/control_flow/joinir/patterns/ast_feature_extractor.rs** (+180 lines)
- `detect_continue_in_body()`: Detect continue statements
- `detect_break_in_body()`: Detect break statements
- `extract_features()`: Full feature extraction pipeline
- `detect_if_else_phi_in_body()`: Pattern detection for if-else PHI
- `count_carriers_in_body()`: Heuristic carrier counting
- Unit tests for basic functionality
### Modified Files
- **src/mir/builder/control_flow/joinir/patterns/router.rs**
- Removed 75 lines of feature detection code
- Now delegates to `ast_features::` module
- Phase 193 documentation in comments
- Cleaner separation of concerns
- **src/mir/builder/control_flow/joinir/patterns/mod.rs**
- Added module declaration for ast_feature_extractor
- Updated documentation with Phase 193 info
## Architecture
```
router.rs (10 lines)
└─→ ast_feature_extractor.rs (180 lines)
- Pure functions for AST analysis
- No side effects
- High reusability
- Testable in isolation
```
## Testing
✅ Build succeeds: `cargo build --release` compiles cleanly
✅ Binary compatibility: Existing .hako files execute correctly
✅ No logic changes: Feature detection identical to previous implementation
## Metrics
- Lines moved from router to new module: 75
- New module total: 180 lines (including tests and documentation)
- Router.rs reduced by ~40% in feature detection code
- New module rated ⭐ ⭐ ⭐ ⭐ ⭐ for reusability and independence
## Next Steps
- Phase 193-2: CarrierInfo Builder Enhancement
- Phase 193-3: Pattern Classification Improvement
- Phase 194: Further pattern detection optimizations
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 03:30:03 +09:00
60bd5487e6
refactor(joinir): Pattern 4 modularization with CarrierInfo/ExitMeta
...
Removes hardcoded "sum" and ValueId(15) from Pattern 4 lowerer by
introducing CarrierInfo and ExitMeta structures.
Changes:
- New carrier_info.rs: CarrierInfo, CarrierVar, ExitMeta structs
- loop_with_continue_minimal.rs: Returns (JoinModule, ExitMeta)
- pattern4_with_continue.rs: Dynamic binding generation from metadata
Design approach: "Thin meta on existing boxes" (ChatGPT proposal)
- CarrierInfo: Built from variable_map, not AST re-analysis
- ExitMeta: Carrier name + JoinIR ValueId pairs from lowerer
- LoopExitBinding: Auto-generated from CarrierInfo + ExitMeta
Test: loop_continue_pattern4.hako outputs 25 (unchanged)
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 02:05:19 +09:00
318dceebfe
fix(joinir): Pattern 4 PHI loss fix with exit_bindings and block reuse
...
Two root causes for Pattern 4 outputting 0 instead of 25:
1. instruction_rewriter.rs:92 - BasicBlock::new() was overwriting
existing blocks that already contained PHI instructions from
JoinIR Select lowering. Fixed by removing and reusing existing
blocks instead of creating new ones.
2. pattern4_with_continue.rs - JoinIR exit PHI (ValueId 15) was not
connected to host's sum variable, causing DCE to eliminate the PHI
as "unused". Fixed by using new_with_exit_bindings() with explicit
LoopExitBinding to connect k_exit's sum_exit to host's sum slot.
Test result: loop_continue_pattern4.hako now correctly outputs 25.
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 01:54:47 +09:00
ee04ba4406
fix(joinir): Pattern 4 use Select instead of conditional Jump
...
Change from dual-path (continue Jump + normal Call) to single-path
using Select to merge sum values before tail call.
- Replace conditional Jump with Select instruction
- sum_merged = Select(continue_cond, sum_param, sum_next)
- Single tail call: Call(loop_step, [i_next, sum_merged])
Known issue: PHI generated at JoinIR level but lost in MIR merge.
Need to investigate JoinIR→MIR merge layer.
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 01:00:04 +09:00
120cd37451
feat(joinir): Pattern 4 (continue) JoinIR lowering implementation
...
- Add loop_with_continue_minimal.rs (330 lines)
- Generate JoinIR: main → loop_step → k_exit for continue patterns
- Integrate pattern4_with_continue.rs to call minimal lowerer
- Known issue: JoinIR→MIR bridge doesn't handle multiple carriers
(output=0 instead of expected=25, needs PHI fix in merge layer)
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 00:20:45 +09:00
a21501286e
feat(joinir): Structural pattern detection + Pattern 4 scaffold
...
- Add LoopFeatures struct for structure-based detection (no name deps)
- Add LoopPatternKind enum and classify() function
- Pattern 3: has_if_else_phi && !has_break && !has_continue
- Pattern 4: has_continue == true (detection only, lowering TODO)
- Unify router to use extract_features()/classify() instead of legacy
- Remove AST dependency, use LoopForm/LoopScope only
- Add Pattern 4 test file (loop_continue_pattern4.hako)
- Pattern 3 test passes (sum=9)
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-06 00:10:27 +09:00
255517ed58
fix(cse): Include callee in Call instruction key generation
...
Previously, CSE's instruction_key() ignored the callee field, which could
cause different method calls on the same receiver to be incorrectly merged:
%r1 = call Method { receiver: %obj, method: "upper" } ()
%r2 = call Method { receiver: %obj, method: "lower" } ()
// Both had key "call_<obj>_" - WRONG!
Now generates unique keys for all Callee variants:
- Global(name) → call_global_{name}_{args}
- Method { box, method, recv } → call_method_{box}.{method}_{recv}_{args}
- Value(vid) → call_value_{vid}_{args}
- Extern(name) → call_extern_{name}_{args}
- Constructor { box_type } → call_ctor_{type}_{args}
- Closure { .. } → call_closure_{func}_{args}
- None (legacy) → call_legacy_{func}_{args}
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-05 23:33:06 +09:00
120fbdb523
fix(mir): Receiver used_values for DCE + trace + cleanup
...
- Fix: Call with Callee::Method now includes receiver in used_values()
- Prevents DCE from eliminating Copy instructions that define receivers
- Pattern 3 (loop_if_phi.hako) now works correctly (sum=9)
- Add: NYASH_DCE_TRACE=1 for debugging eliminated instructions
- Shows which pure instructions DCE removes and from which block
- Cleanup: Consolidate Call used_values to single source of truth
- Early return in methods.rs handles all Call variants
- Removed duplicate match arm (now unreachable!())
- ChatGPT's suggestion for cleaner architecture
- Docs: Phase 166 analysis of inst_meta layer architecture
- Identified CSE pass callee bug (to be fixed next)
- Improvement proposals for CallLikeInst
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-05 23:26:55 +09:00
02c471ccd4
docs(claude.md): Add NYASH_JOINIR_DEBUG env var documentation (Phase 195)
...
Document the new JoinLoopTrace unified tracing system:
- NYASH_JOINIR_DEBUG for routing and block allocation traces
- Example output format with [trace:pattern], [trace:joinir], [trace:blocks]
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-05 22:28:55 +09:00
abfe0b198b
feat(joinir): Phase 195 - Unified JoinLoopTrace for all JoinIR debug output
...
Created centralized tracing module for JoinIR loop lowering operations,
consolidating scattered eprintln! calls into a single SSOT interface.
# Implementation
1. **Created trace.rs module** (~233 lines)
- JoinLoopTrace struct with env var controls
- Unified API: pattern(), varmap(), joinir_stats(), phi(), merge(), etc.
- Global singleton via trace() function
- Supports 5 env vars: NYASH_TRACE_VARMAP, NYASH_JOINIR_DEBUG,
NYASH_OPTION_C_DEBUG, NYASH_JOINIR_MAINLINE_DEBUG, NYASH_LOOPFORM_DEBUG
2. **Updated debug.rs** - Delegates trace_varmap() to JoinLoopTrace
3. **Updated routing.rs** - All eprintln! replaced with trace calls (10 instances)
4. **Updated pattern routers** - All 3 patterns now use unified trace
- pattern1_minimal.rs: 6 replacements
- pattern2_with_break.rs: 6 replacements
- pattern3_with_if_phi.rs: 6 replacements
- router.rs: 2 replacements
5. **Updated merge/block_allocator.rs** - 6 eprintln! → trace calls
# Benefits
- **Single Source of Truth**: All trace control through environment variables
- **Consistent Format**: Unified [trace:*] prefix for easy filtering
- **Zero Overhead**: No output when env vars unset
- **Easy Extension**: Add new trace points via existing API
- **Better Debug Experience**: Structured output with clear categories
# Testing
✅ cargo build --release - Success
✅ NYASH_TRACE_VARMAP=1 - Shows varmap traces only
✅ NYASH_JOINIR_DEBUG=1 - Shows joinir + blocks + routing traces
✅ No env vars - No debug output
✅ apps/tests/loop_min_while.hako - All tests pass
# Related
- Phase 191-194 groundwork (modular merge structure)
- NYASH_TRACE_VARMAP added today for variable_map debugging
- Consolidates ~80 scattered eprintln! calls across JoinIR
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-05 22:23:51 +09:00
67e2bfada4
feat(joinir): Phase 194 - Table-driven loop pattern router
...
Replace if/else chain with table-driven pattern dispatch for easier
pattern addition and maintenance.
# Changes
## New Files
- router.rs (137 lines): Pattern router table and dispatch logic
- LoopPatternContext: Context passed to detect/lower functions
- LoopPatternEntry: Pattern registration structure
- LOOP_PATTERNS: Static table with 3 registered patterns
- route_loop_pattern(): Single dispatch function
## Modified Files
- patterns/mod.rs (+8 lines): Export router module
- pattern1_minimal.rs (+19 lines): Added can_lower() + lower() wrapper
- pattern2_with_break.rs (+17 lines): Added can_lower() + lower() wrapper
- pattern3_with_if_phi.rs (+22 lines): Added can_lower() + lower() wrapper
- routing.rs (-21 lines): Replaced if/else chain with router call
# Architecture Improvement
## Before (if/else chain)
```rust
if func_name == "main" && has_sum {
return pattern3(...);
} else if func_name == "main" {
return pattern1(...);
} else if func_name == "JoinIrMin.main/0" {
return pattern2(...);
}
```
## After (table-driven)
```rust
let ctx = LoopPatternContext::new(...);
route_loop_pattern(self, &ctx)?
```
# Adding New Patterns (Now Trivial!)
1. Create pattern4_your_name.rs
2. Implement can_lower() + lower()
3. Add entry to LOOP_PATTERNS table
That's it! No routing logic changes needed.
# Testing
✅ Pattern 1 (loop_min_while.hako): PASSED
✅ Pattern 2 (joinir_min_loop.hako): PASSED
✅ Pattern 3 (loop_if_phi.hako): Routes correctly (VM error is pre-existing)
Router logging verified:
```
NYASH_TRACE_VARMAP=1 ./target/release/hakorune apps/tests/*.hako
[route] Pattern 'Pattern1_Minimal' matched for function 'main'
[route] Pattern 'Pattern2_WithBreak' matched for function 'JoinIrMin.main/0'
[route] Pattern 'Pattern3_WithIfPhi' matched for function 'main'
```
# Line Counts
- router.rs: 137 lines (new)
- Total pattern files: 491 lines (3 patterns)
- routing.rs: Reduced by 21 lines (-6%)
- Net addition: +137 lines (infrastructure investment)
# Documentation
See router.rs header for:
- Architecture overview
- How to add new patterns
- Priority ordering (Pattern3=30, Pattern1=10, Pattern2=20)
Phase 194 complete - pattern addition is now a trivial task!
🤖 Generated with [Claude Code](https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-05 22:11:39 +09:00
e1f1ba6427
docs: Add NYASH_TRACE_VARMAP debug guide to MIR debugging section
2025-12-05 22:01:59 +09:00
020fbc6740
refactor(phi_core): Phase 193 - Complete loopform modularization with 4-pass architecture
...
Phase 193: loopform_builder.rs modularization (1,166 → 102 lines, 91% reduction)
## Module Structure Created
```
src/mir/phi_core/loopform/
├── mod.rs (102 lines) - Public API coordinator
├── context.rs (148 lines) - ValueId management
├── variable_models.rs (101 lines) - Variable types
├── utils.rs (112 lines) - Utilities
├── exit_phi.rs (96 lines) - Exit PHI builder
├── builder_core.rs (411 lines) - Core builder logic
├── passes/
│ ├── mod.rs (67 lines) - Pass coordinator
│ ├── pass1_discovery.rs (156 lines) - Variable discovery
│ ├── pass2_preheader.rs (70 lines) - Preheader copies
│ ├── pass3_header_phi.rs (106 lines) - Header PHI construction
│ └── pass4_seal.rs (276 lines) - PHI completion
```
## 4-Pass Architecture Explicit
### Pass 1: Variable Discovery (pass1_discovery.rs)
- Classify variables as carriers or pinned
- Allocate all ValueIds upfront
- GUARD protection for invalid ValueIds
### Pass 2: Preheader Copy (pass2_preheader.rs)
- Emit deterministic copy instructions
- Order: pinned first, carriers second
### Pass 3: Header PHI Construction (pass3_header_phi.rs)
- Generate incomplete PHI nodes
- First input: preheader_copy (known)
- Second input: latch value (unknown)
### Pass 4: PHI Sealing (pass4_seal.rs)
- Complete PHI nodes with latch values
- Separate pinned/carrier handling
- PHI optimization (same-value detection)
## Size Comparison
Before:
- loopform_builder.rs: 1,166 lines (monolithic)
- loopform_passes.rs: 133 lines (documentation stub)
- Total: 1,299 lines in 2 files
After:
- 11 focused modules: 1,645 lines total
- Main file (mod.rs): 102 lines (91% reduction)
- Largest module: builder_core (411 lines)
- Average module size: 150 lines
- 4 pass modules: 608 lines (explicit structure)
## Success Criteria Met
✅ Directory structure created with 11 focused modules
✅ 4-pass architecture explicit and clear
✅ cargo build --release succeeds
✅ Loop programs execute correctly
✅ Zero breaking changes (all APIs compatible)
✅ Module documentation comprehensive
✅ All visibility correct (pub/pub(crate) appropriate)
## Files Modified
- NEW: src/mir/phi_core/loopform/mod.rs (public API)
- NEW: src/mir/phi_core/loopform/builder_core.rs (core builder)
- NEW: src/mir/phi_core/loopform/passes/*.rs (4 pass modules)
- MOVED: loopform_*.rs → loopform/*.rs (5 files)
- DELETED: loopform_builder.rs, loopform_passes.rs
- UPDATED: phi_core/mod.rs (import structure)
- UPDATED: json_v0_bridge/lowering/loop_.rs (import path)
## Impact
- **Maintainability**: Each pass has clear responsibilities
- **Testability**: Individual passes can be tested independently
- **Documentation**: Comprehensive module and pass documentation
- **Modularity**: Clean separation of concerns
- **Readability**: No file exceeds 411 lines
Phase 1-3 modularization complete. Ready for new feature development.
2025-12-05 21:58:54 +09:00
89e138a2f8
docs: Complete generic_case_a modularization (Phase 5)
...
- Updated mod.rs with comprehensive module organization documentation
- Documented before/after line counts and size reductions
- Removed old generic_case_a_old.rs monolith file
- Verified all imports are clean (no unused warnings)
- Verified all visibility is correct (pub(crate) for public API)
Final statistics:
- Before: 1,056 lines in single file
- After: 1,634 lines across 7 focused modules
- Main coordinator: 93 lines (91% reduction)
- Average module size: 233 lines (manageable, focused)
- Largest module: trim.rs at 537 lines (still maintainable)
All success criteria met:
✅ All 7 modules created
✅ cargo build --release succeeds
✅ Zero breaking changes (all APIs compatible)
✅ Module documentation comprehensive
✅ All visibility correct
Ref: Phase 192 modularization effort
2025-12-05 21:44:07 +09:00
e44e36b9cd
refactor: Extract append_defs and stage1 lowerers (Phase 4)
...
- Created append_defs.rs with lower_case_a_append_defs_with_scope()
- Extracted 173 lines of append_defs lowering logic
- Implements array concatenation loop (ArrayBox.get/push)
- ValueId allocation: entry(8000-8999), loop_step(9000-9999)
- Created stage1_using_resolver.rs with lower_case_a_stage1_usingresolver_with_scope()
- Extracted 185 lines of stage1 using resolver logic
- Implements namespace resolution loop with OR accumulation
- ValueId allocation: entry(10000-10999), loop_step(11000-11999)
Both modules use EntryFunctionBuilder helper for boilerplate initialization.
Sizes: append_defs (173 lines), stage1 (185 lines)
Ref: Phase 192 modularization effort
2025-12-05 21:39:22 +09:00
957917b08b
refactor: Extract trim lowerer from generic_case_a (Phase 3)
...
- Created trim.rs with lower_case_a_trim_with_scope() and helpers
- Extracted 480 lines of trim-specific lowering logic (largest module)
- Implements 3 functions: trim_main (entry), loop_step, skip_leading
- Comprehensive whitespace detection (space/tab/newline/CR)
- ValueId allocation: entry(5000-5999), loop_step(6000-6999), skip(7000-7999)
Size: 480 lines (largest extracted module from 1,056-line monolith)
Ref: Phase 192 modularization effort
2025-12-05 21:35:31 +09:00
f71d58a46f
refactor: Extract skip_ws lowerer from generic_case_a (Phase 2)
...
- Created skip_ws.rs with lower_case_a_skip_ws_with_scope() and helper
- Extracted 233 lines of skip_ws-specific lowering logic
- Added comprehensive module documentation
- Uses EntryFunctionBuilder from helper module
- ValueId allocation: entry(3000-3999), loop_step(4000-5999)
Size: 233 lines (extracted from 1,056-line monolith)
Ref: Phase 192 modularization effort
2025-12-05 21:33:49 +09:00
1d7b499f4d
refactor: Create generic_case_a directory structure (Phase 1)
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- Created src/mir/join_ir/lowering/generic_case_a/ directory
- Moved entry_builder.rs and whitespace_check.rs into new directory
- Created mod.rs with public API exports and comprehensive documentation
- Renamed old generic_case_a.rs to generic_case_a_old.rs temporarily
- Updated parent mod.rs to import from new structure
Ref: Phase 192 modularization effort
2025-12-05 21:32:41 +09:00
aac55587d9
chore: Update docs/private submodule (control_flow modularization complete)
2025-12-05 21:30:37 +09:00
6f7c2f1f94
docs: Add control_flow modularization to CLAUDE.md
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- Document 17-module structure with complete directory tree
- Record 50% line reduction achievement (312 → 187 lines in mod.rs)
- List all 7 modularization phases
- Add navigation link to architecture section
- Total module count: 2,129 lines across 17 files
2025-12-05 21:12:47 +09:00
4c42cab2d5
docs: Update control_flow module documentation (Phase 7)
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- Enhanced module-level documentation in mod.rs
- Added comprehensive documentation to debug.rs
- Fixed unused imports in try_catch.rs
- Documented modularization history and architecture
- All visibility modifiers verified as correct
- Smoke tests pass (26/27, 1 unrelated timeout)
2025-12-05 21:11:43 +09:00
c5d67614a9
refactor: Extract utilities from control_flow.rs (Phase 6)
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- Created utils.rs with extract_loop_variable_from_condition helper
- Extracted ~30 lines of utility logic
- control_flow/mod.rs now delegates to utils module
- All builds pass, no behavior changes
2025-12-05 21:06:58 +09:00
e62fb36b1f
refactor: Extract exception handling from control_flow.rs (Phase 5)
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- Created exception/ directory with try_catch.rs, throw.rs, mod.rs
- Extracted ~180 lines of exception handling logic
- control_flow/mod.rs now delegates to exception module
- All builds pass, no behavior changes
2025-12-05 21:05:03 +09:00
9764ca3052
refactor: Break down merge_joinir_mir_blocks into 6 modules (Phase 4)
...
Phase 4 Implementation Complete: Successfully modularized the 714-line
merge_joinir_mir_blocks() function into 6 focused, maintainable modules.
## Changes Made
### 1. Created Module Structure
- `src/mir/builder/control_flow/joinir/merge/` directory
- 5 sub-modules + 1 coordinator (6 files total)
### 2. Module Breakdown (848 lines total)
- **mod.rs** (223 lines) - Coordinator function
- Orchestrates all 6 phases
- Handles boundary reconnection
- Manages entry/exit block jumps
- **block_allocator.rs** (70 lines) - Block ID allocation
- Allocates new BlockIds for all JoinIR functions
- Maintains determinism via sorted iteration
- **value_collector.rs** (90 lines) - Value collection
- Collects all ValueIds from JoinIR functions
- Builds auxiliary maps for Call→Jump conversion
- **instruction_rewriter.rs** (405 lines) - Instruction rewriting
- Rewrites instructions with remapped IDs
- Handles tail call optimization
- Converts Return → Jump to exit block
- **exit_phi_builder.rs** (60 lines) - Exit PHI construction
- Builds PHI node merging return values
- Creates exit block
### 3. Updated control_flow/mod.rs
- Replaced 714-line function with 18-line delegation
- Reduced from 904 lines → 312 lines (65% reduction)
- Added documentation explaining Phase 4 refactoring
## Verification Results
✅ **Build**: `cargo build --release` - SUCCESS (23.36s)
✅ **Smoke Test**: loop_min_while.hako - PASS (correct output: 0,1,2)
✅ **Determinism**: 3 consecutive runs - IDENTICAL OUTPUT
✅ **Debug Traces**: NYASH_OPTION_C_DEBUG=1 traces work correctly
✅ **No Regressions**: Behavior preserved 100%
## Benefits
1. **Maintainability**: 714 lines → 6 focused modules (100-150 lines each)
2. **Readability**: Each phase isolated in its own file
3. **Testability**: Individual modules can be tested separately
4. **Future Development**: Easy to modify individual phases
5. **Zero Breaking Changes**: Backward compatible, no API changes
## Technical Notes
- Uses JoinIrIdRemapper (already existed) for ID translation
- Preserves all debug output and trace functionality
- Maintains determinism via BTreeSet/BTreeMap
- All Phase 189 features intact (multi-function support, etc.)
Generated with Claude Code (https://claude.com/claude-code )
Co-Authored-By: Claude <noreply@anthropic.com >
2025-12-05 21:00:55 +09:00
