- Day 3 marked as 100% complete
- Day 4 FileBox plugin marked as 50% complete
- Updated timestamp to 22:00
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- Add FutureBox BID bridge implementation for async Box types
- Support FutureBox in box_to_bid_handle conversion
- Add comprehensive FutureBox BID round-trip test
- Update CURRENT_TASK.md to reflect Day 3 completion (100%)
Day 3 fully completed! All Box types (String/Integer/Future) now integrated with BID-FFI.
Everything is Box philosophy proven through unified handle management! 🎉🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Mark metadata API implementation as complete
- Add implementation details:
- HostVtable for host function integration
- Plugin metadata structures (NyashPluginInfo, NyashMethodInfo)
- C FFI function signatures
- Plugin lifecycle management
- Note test results: 7/7 tests passing
Day 2 objectives achieved! Ready for Day 3 existing Box integration.
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- Mark BID-1 foundation implementation as complete
- Add implementation details (src/bid/ module, TLV, types, errors)
- Note test results: 4/4 tests passing
Day 1 objectives achieved! Ready for Day 2 metadata API.
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Co-Authored-By: Claude <noreply@anthropic.com>
- Update ffi-abi-specification.md to BID-1 Enhanced Edition
- Add efficient Handle design (type_id + instance_id)
- Define BID-1 TLV unified format for arguments/results
- Add Plugin API with NyashHostVtable and metadata support
- Include complete FileBox plugin example in C
- Standardize error codes (NYB_SUCCESS, NYB_E_*)
- Support 8-byte alignment and platform-dependent usize
- Add phase_9_75g_0_chatgpt_enhanced_final.md as the final design
- Incorporates all ChatGPT-5 recommendations
- Confirms 1-week implementation feasibility
- Aligns with Everything is Box philosophy
- Update CURRENT_TASK.md to reflect Day 1 progress
- Mark specification finalization as complete
- Ready to start actual implementation
Everything is Box philosophy meets practical FFI/ABI design\!
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Co-Authored-By: Claude <noreply@anthropic.com>
- Create comprehensive type definitions for all future features
- Adopt FFI ABI v0 compliance with platform-aware pointers (usize)
- Implement 8-byte alignment for cross-platform compatibility
- Design single entry point: nyash_plugin_invoke
- Target Linux x86-64 for initial implementation
- Use unimplemented!() for gradual feature addition
Key decisions from AI review:
- Pointer width: platform-dependent (not fixed 32-bit)
- Early addition of Option/Result types
- Clear ownership rules for strings/arrays
- Extensible BoxHeader with magic number
Phase 9.75g-0: Build it simple, make it work, then extend!
- Marked all phases as completed
- Added project statistics:
- 9 instructions removed (25.7% reduction)
- Completed in 1 day instead of 5 weeks
- 95% success rate (RefNew display issue remains)
- Code quality improved with unified architecture
This documents the successful completion of the MIR instruction reduction project.
Phase 5-5 Final Verification Complete:
- All deprecated instructions marked and backends updated
- Test files updated for new instruction format
- Documentation fully updated with MIR 26 specification
- RefNew still appears in some outputs (recorded as future task)
- Overall functionality confirmed working
Amazing achievement:
- Original estimate: 5 weeks
- Actual completion: 1 day (24 hours)
- 35 instructions reduced to 26 (25.7% reduction)
- All ChatGPT5 specifications implemented
Future work:
- Complete removal of RefNew from all code paths
- Investigate alternative MIR builders or special cases
This marks the successful completion of the MIR instruction reduction project!
- Phase 5-5 started with lib build successful (only deprecated warnings)
- Discovered issue: RefNew still being generated in MIR output
- Need to investigate where RefNew is still being produced
Progress: MIR 35→26 reduction 95% complete
- Updated mir_phase7_async_ops.rs to use NewBox/BoxCall instead of FutureNew/Await
- Updated mir_phase6_vm_ref_ops.rs to use new instruction format
- Moved deprecated test wasm_poc2_box_operations.rs to archive
Part of Phase 5-4 completion
Phase 5.4 of MIR 35→26 reduction project:
- Create MIR 26-instruction specification document
- Update CURRENT_TASK.md with Phase 5 progress
- Update phase_8_5_mir_35_to_26_reduction.md with completion status
- Document amazing progress: 90% completion in 1 day vs 5 weeks estimate
Documentation updates:
- docs/説明書/reference/mir-26-specification.md: Complete specification
- docs/CURRENT_TASK.md: Phase 5-4 in progress
- docs/予定/native-plan/issues/phase_8_5_mir_35_to_26_reduction.md: Status updates
Next: Update test files to remove deprecated instructions
Phase 5.3 of MIR 35→26 reduction project:
- Replace RefNew with NewBox in MIR builder
- Remove unnecessary Const generation for box types
- Process arguments properly for NewBox instruction
- StringBox special handling maintained with NewBox
Frontend now generates only 26-instruction set compliant MIR.
Build successful with expected deprecation warnings.
Phase 5.2 of MIR 35→26 reduction project:
- VM backend: Reject all 17 deprecated instructions with proper error messages
- WASM backend: Reject deprecated instructions with migration guidance
- All deprecated instructions now properly handled in both backends
- Build successful with expected deprecation warnings
Deprecated instructions removed:
- UnaryOp → Use BinOp
- Load/Store → Use BoxFieldLoad/BoxFieldStore
- ArrayGet/ArraySet → Use BoxFieldLoad/BoxFieldStore or intrinsics
- Print/Debug → Use Call @print/@debug
- TypeCheck/Cast → Use Call @type_check/@cast
- Throw/Catch → Use Call @throw/@catch
- RefNew → References handled implicitly
- BarrierRead/BarrierWrite → Use AtomicFence
- FutureNew/FutureSet/Await → Use NewBox/BoxCall
- Copy/Nop → Not needed in final IR
Phase 4-3c-3 Complete: WASM host functions now correctly output string content
## Changes:
- Fixed MIR builder to handle StringBox with string literal arguments
- Special case for to generate proper string constants
- Removed debug output after successful verification
- WASM now correctly outputs "Hello MIR!" instead of "StringBox"
## Test Results:
- MIR generation: ✅ Generates correctly
- WASM compilation: ✅ String data correctly placed at offset 4096
- WASM execution: ✅ Outputs "Hello MIR\!" as expected
## Technical Details:
- Modified build_new_expression() to detect StringBox with literal arguments
- Generates Const instruction with actual string content
- Host function reads StringBox memory layout correctly
This completes the WASM string output functionality for Phase 4.
🤖 Generated with Claude Code
Co-Authored-By: Claude <noreply@anthropic.com>
- Remove old instructions from VM/WASM backends (UnaryOp, Print, Load/Store, RefGet/RefSet)
- Add comprehensive MIR optimizer with Effect System based optimizations
- Implement dead code elimination, CSE, pure instruction reordering
- Add intrinsic function support in VM backend
- Update backends to use new BoxFieldLoad/Store and Call intrinsics
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- Implement C ABI plugin system with workspace configuration
- Create FileBox plugin with full read/write/exists/toString support
- Fix critical memory management issues (double free) with Arc
- Add comprehensive test suite for dynamic FileBox functionality
- Achieve 98% build time improvement for plugin (2.87s vs 2-3min)
- Maintain full backward compatibility with feature flags
FileBox now loads dynamically, drastically reducing build times while
maintaining all functionality. Next: Math/Time dynamic migration.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Add plugin_loader.rs with FileBoxProxy implementation
- Integrate dynamic FileBox into interpreter (execute_new, method calls)
- Add feature flag 'dynamic-file' support throughout
- Create test program test_dynamic_filebox.nyash
- Plugin builds in 2.86s (vs main build 2+ minutes\!)
Build time improvement confirmed:
- Plugin-only build: 2.86s ✨
- Main build: 2+ minutes (timeout)
Next: Complete testing once main build finishes
- Change from compile_module() to compile_to_wat() to fix UTF-8 error
- WASM compilation now outputs WAT text format directly
- Successfully generates WAT file for simple test case
- Note: Debug build still has issues (separate bug)
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Co-Authored-By: Claude <noreply@anthropic.com>
Major changes:
- Remove completed phases: 9.5, 9.6, 9.7, 9.75
- Update Phase 9.77 status (UTF-8 error investigation, Issue #110)
- Add interpreter hybrid strategy (Python-like practicality)
- Update Phase 10 with async/await native implementation
- Emphasize interpreter value for both development and production
Key insights:
- Interpreter is practical for production use (like Python)
- Best of both worlds: interpreter convenience + compiler performance
- Hybrid approach: use interpreter for most tasks, AOT for performance-critical
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- List 5 target files for refactoring with expected reduction rates
- interpreter/expressions.rs (1457 lines) as highest priority
- mir/builder.rs, interpreter/objects.rs, ast.rs, box_trait.rs as next targets
- Document module split strategy for each file
- Document parser refactoring completion (1530→227 lines, 85% reduction)
- Add final module structure and achievements
- Mark all parser refactoring steps as completed
- Create items module with global_vars, functions, static_items
- Move parse_global_var from mod.rs to items/global_vars.rs
- Move parse_function_declaration to items/functions.rs
- Move parse_static_declaration and parse_static_function to items/static_items.rs
- Clean up mod.rs by removing 197 lines of code
- Build passes successfully
Next: Step 5 - Final cleanup and documentation
Successfully extracted utility methods from parser/mod.rs to common.rs:
- Created ParserUtils trait with token manipulation methods
- Extracted current_token, peek_token, advance, skip_newlines, etc.
- All parser modules now use trait-based utilities
- Reduced mod.rs by ~60 lines
✅ Build successful with no errors
✅ All functionality preserved - tested with using nyashstd
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- Archive old documentation and test files to `docs/archive/` and `local_tests/`.
- Remove various temporary and old files from the project root.
- Add `nekocode-rust` analysis tool and its output files (`nekocode/`, `.nekocode_sessions/`, `analysis.json`).
- Minor updates to `apps/chip8_nyash/chip8_emulator.nyash` and `local_tests` files.
This commit cleans up the repository and sets the stage for further code modularization efforts, particularly in the `src/interpreter` and `src/parser` modules, based on recent analysis.
