whetstone_DSL/progress.md

Sprint 9 Progress — Agent-First Tooling

Phase 9a: Standalone MCP Server

Step 245: HeadlessEditorState (no ImGui dependency)

Status: PASS (20/20 tests)

Created the headless agent API surface — same method interface as EditorState but with zero GUI dependencies (no ImGui, no SDL, no WebSocket).

Files created:

• editor/src/ASTUtils.h — Pure AST utility functions extracted from EditorUtils.h (cloneModule, isAnnotationNode, countAnnotationNodes, findNodeById, findNodeAtPosition)
• editor/src/HeadlessEditorState.h — Lightweight state: HeadlessAgentState, HeadlessLibraryState, HeadlessBufferState, buffer management, orchestrator sync
• editor/src/HeadlessAgentRPCHandler.h — Full RPC dispatch mirroring AgentRPCHandler.h (20+ methods: getAST, parseSource, runPipeline, applyMutation, applyBatch, projectLanguage, generateCode, workflow recording, etc.)
• editor/tests/step245_test.cpp — 20 test cases covering construction, buffer management, RPC dispatch, permission enforcement, pipeline execution

Key design decisions:

• JSON roundtrip cloning (matching EditorUtils.h) instead of manual deep copy
• Separate HeadlessAgentState (no AgentMarketplace/WebSocket dependency chain)
• All files under 600-line architecture limit

Step 246: mcp_main.cpp — Standalone MCP Server Entry Point

Status: PASS (12/12 tests)

Wires HeadlessEditorState + MCPBridge into a standalone whetstone_mcp binary that any MCP client (Claude Code, Cursor, etc.) can launch over stdio.

Files created:

• editor/src/mcp_main.cpp — Standalone MCP server entry point with CLI arg parsing (--workspace, --language, --verbose), signal handling, resource reader lambda routing whetstone:// URIs, and MCPBridge stdio loop
• editor/tests/step246_test.cpp — 12 test cases: initialize, notifications, tools/list (10+), resources/list (5), prompts/list (4), tools/call pipeline, tools/call get_ast, resources/read ast, resources/read diagnostics, ping, resources/read settings, CLI arg parsing

Key design decisions:

• No SDL, no ImGui, no OpenGL — headless only binary
• Fixed "mcp-session" session ID (MCP stdio is single-client)
• Default Refactor role for full MCP access
• Empty scratch buffer on startup so getAST works immediately
• All logging to stderr (stdout is the MCP transport)

Step 247: File Operation Tools for MCP

Status: PASS (12/12 tests)

Adds 5 file I/O tools to the MCP server so agents can create, read, write, diff, and list files without a GUI. All operations respect the --workspace root with path-escape security checks.

Files created:

• editor/src/FileOperations.h — Standalone file ops: resolve path, read, write, create (with templates), unified diff, workspace listing via FileTree
• editor/tests/step247_test.cpp — 12 test cases: path resolution, path escape rejection, file create/read/write via RPC, line range, diff, workspace list, glob filter, language templates, parent dir creation, permission denial

Files modified:

• editor/src/AgentPermissionPolicy.h — fileRead/workspaceList/fileDiff read-only; fileWrite/fileCreate require Refactor/Generator
• editor/src/HeadlessAgentRPCHandler.h — 5 new RPC handlers
• editor/src/HeadlessEditorState.h — include FileOperations.h
• editor/src/MCPServer.h — registerFileTools() with 5 MCP tool definitions
• editor/CMakeLists.txt — step247_test target

Key design decisions:

• Path security: all paths resolved against workspaceRoot, escape rejected
• Simple line-by-line unified diff (no external dependency)
• Language templates for Python, C++, Rust, Go, Java, JS/TS
• FileTree.h reuse for .gitignore-aware workspace listing
• tools/list now returns 15 tools (was 10)

Step 248: Compact AST Response Format

Status: PASS (12/12 tests)

Adds token-efficient AST responses so agents waste fewer tokens on large ASTs. Compact mode returns a flat list of {id, type, name, line, children} nodes at <30% the size of full AST. Subtree extraction and AST diff (version-based) let agents query only what changed.

Files created:

• editor/src/CompactAST.h — toJsonCompact, toJsonCompactTree, toJsonSubtree, getNodeName, tokenEstimate, ASTVersionTracker (recordMutation, changedSince, buildDiff, pruneOlderThan)
• editor/tests/step248_test.cpp — 12 test cases: full backward compat, compact flat list, <30% size ratio, compact field validation, tokenEstimate, version counter, subtree extraction, invalid nodeId error, empty diff, version increment on mutation, diff after mutation, subtree vs full tokenEstimate

Files modified:

• editor/src/HeadlessEditorState.h — include CompactAST.h, add ASTVersionTracker to HeadlessBufferState
• editor/src/HeadlessAgentRPCHandler.h — getAST compact param, version and tokenEstimate in responses, getASTSubtree and getASTDiff methods, version recording in applyMutation/applyBatch
• editor/src/AgentPermissionPolicy.h — getASTSubtree/getASTDiff read-only
• editor/src/MCPServer.h — whetstone_get_ast compact param, new whetstone_get_ast_subtree and whetstone_get_ast_diff tools
• editor/CMakeLists.txt — step248_test target

Key design decisions:

• Compact mode: flat array of abbreviated nodes (not nested tree)
• Version counter per buffer, incremented on each mutation
• ASTVersionTracker stores affected nodeIds per version for diff
• tokenEstimate = json.dump().size() / 4 (rough LLM token approx)
• tools/list returns 17 tools (was 15): +whetstone_get_ast_subtree, +whetstone_get_ast_diff

Step 249: MCP Server Integration Tests

Status: PASS (8/8 tests)

End-to-end integration tests exercising the full MCP server stack through MCPBridge. Simulates a realistic agent session from handshake through tool discovery, AST queries, pipeline execution, resource reads, and file I/O.

Files created:

• editor/tests/step249_test.cpp — 8 integration test cases:
  1. MCP handshake (initialize + notifications/initialized, verify protocol version, server info, capabilities)
  2. tools/list returns all 17 tools with valid schemas (name, description, inputSchema with type field)
  3. tools/call whetstone_get_ast on active buffer returns valid AST
  4. tools/call whetstone_run_pipeline: Python → C++ code generation (5393 chars)
  5. resources/read whetstone://diagnostics returns valid JSON array
  6. prompts/list returns all 4 prompts (annotate_module, cross_language_projection, security_audit, refactor_memory)
  7. File operations cycle: create → write → read → verify on disk (full CRUD through MCP tools/call layer)
  8. Compact AST vs full AST size comparison via MCP (3% ratio — 1,469 vs 39,446 chars)

Files modified:

• editor/CMakeLists.txt — step249_test target

Key results:

• Phase 9a complete: all 5 steps pass (64/64 tests across steps 245–249)
• Full MCP stack validated end-to-end: handshake → tools → resources → prompts → file ops
• Compact AST achieves 97% token savings through MCP layer (3% of full size)
• 17 tools, 5 resources, 4 prompts all verified with correct schemas

---

Phase 9b: Agent-Optimized Diagnostics

Step 250: Structured Diagnostic Format

Status: PASS (12/12 tests)

Unified diagnostic format for agent consumption. Merges tree-sitter parse errors, annotation validation diagnostics, and strategy validation violations into a single stream with error codes, severity levels, AST node references, and machine-applicable fix mutations.

Files created:

• editor/src/StructuredDiagnostics.h — Unified diagnostic format:
  • StructuredDiagnostic struct: code, severity, nodeId, line, col, message, source, fix (optional mutation object)
  • Error code scheme: E01xx (parser), E02xx (annotation), E03xx (strategy)
  • Severity enum: Error(1), Warning(2), Info(3), Hint(4)
  • Collectors: collectParseDiagnostics, collectAnnotationDiagnostics, collectStrategyDiagnostics, collectAllDiagnostics, collectPipelineDiagnostics
  • Fix builders: suggest concrete mutations (deleteNode, setProperty, insertNode)
  • Filters: filterBySeverity, filterBySource
  • JSON serialization: diagnosticToJson, diagnosticsToJson
• editor/tests/step250_test.cpp — 12 test cases: valid code (zero diags), parse error codes (E01xx), parse location/severity, annotation validation (E02xx), nodeId presence, fix suggestions, getDiagnostics RPC, severity filter, JSON field validation, MCP tool registration, pipeline diagnostics, source filter

Files modified:

• editor/src/HeadlessEditorState.h — include StructuredDiagnostics.h
• editor/src/HeadlessAgentRPCHandler.h — getDiagnostics RPC method with optional severity and source filters
• editor/src/AgentPermissionPolicy.h — getDiagnostics as read-only
• editor/src/MCPServer.h — whetstone_get_diagnostics tool registration
• editor/CMakeLists.txt — step250_test target

Key design decisions:

• Error codes are hierarchical: E01xx=parser, E02xx=annotation, E03xx=strategy
• Fix suggestions are concrete mutation objects (same format as applyMutation)
• Severity filtering uses numeric comparison (lower = more severe)
• Source filtering allows isolating parser vs annotation vs strategy diagnostics
• tools/list now returns 18 tools (was 17): +whetstone_get_diagnostics

Step 251: Quick-Fix Actions as RPC Mutations

Status: PASS (12/12 tests)

Turns diagnostic fix suggestions into one-shot RPC calls. getQuickFixes returns concrete mutation objects the agent can review; applyQuickFix takes a diagnostic code + nodeId, applies the fix, and reports whether the diagnostic cleared.

Files created:

• editor/tests/step251_test.cpp — 12 test cases: fix discovery, required fields, mutation structure, nodeId filtering, apply fix, diagnostic clearing report, invalid diagCode error, missing param error, permission enforcement, MCP tool registration, missing-return heuristic, category validation

Files modified:

• editor/src/StructuredDiagnostics.h — QuickFix struct, getQuickFixesForNode, getQuickFixesAll, findQuickFix, heuristic fixes (unused variable removal, missing return statement)
• editor/src/HeadlessAgentRPCHandler.h — getQuickFixes and applyQuickFix RPC methods
• editor/src/AgentPermissionPolicy.h — getQuickFixes read-only, applyQuickFix requires Refactor/Generator
• editor/src/MCPServer.h — whetstone_get_quick_fixes and whetstone_apply_quick_fix tool registration
• editor/CMakeLists.txt — step251_test target

Key design decisions:

• QuickFix has unique id, diagCode, nodeId, description, category, mutation
• Fix categories: remove-annotation, change-strategy, resolve-conflict, remove-use-after-free, add-deallocation, remove-unused, missing-return
• applyQuickFix delegates to existing applyMutation path for consistency
• After applying, re-runs diagnostics to report if the error cleared
• tools/list now returns 20 tools (was 18): +whetstone_get_quick_fixes, +whetstone_apply_quick_fix

Step 252: Diagnostic Delta Streaming

Status: PASS (12/12 tests)

Efficient delta computation so agents only see what changed since their last diagnostic query. getDiagnosticsDelta returns added/removed diagnostics based on a version number, enabling fast mutate → check loops.

Files created:

• editor/tests/step252_test.cpp — 12 test cases: version tracking, empty delta, addition detection, removal detection, response structure, version increment, DiagnosticKey comparison, tracker reset, MCP tool, structured format in delta, Linter role access

Files modified:

• editor/src/StructuredDiagnostics.h — DiagnosticKey (code, nodeId, line), DiagnosticDelta (added, removed, version), DiagnosticVersionTracker (recordSnapshot, getDelta, reset), deltaToJson
• editor/src/HeadlessEditorState.h — DiagnosticVersionTracker in HeadlessBufferState
• editor/src/HeadlessAgentRPCHandler.h — getDiagnosticsDelta RPC method, getDiagnostics now records snapshots for delta tracking
• editor/src/AgentPermissionPolicy.h — getDiagnosticsDelta as read-only
• editor/src/MCPServer.h — whetstone_get_diagnostics_delta tool
• editor/CMakeLists.txt — step252_test target

Key design decisions:

• DiagnosticKey tuple (code, nodeId, line) uniquely identifies a diagnostic
• Version bumps on each getDiagnostics/getDiagnosticsDelta call
• Delta computed by set difference between previous and current snapshots
• Response includes addedCount/removedCount for quick checks without parsing
• tools/list now returns 21 tools (was 20): +whetstone_get_diagnostics_delta

Step 253: Diagnostic and Delta Integration Tests

Status: PASS (8/8 tests)

Comprehensive end-to-end tests for the full diagnostic pipeline: structured diagnostics, quick fixes, delta streaming, and filtering. Exercises the complete flow: introduce error → diagnose → fix → verify clearing.

Files created:

• editor/tests/step253_test.cpp — 8 integration test cases:
  1. Valid Python → zero diagnostics
  2. Annotation error → structured diagnostics with nodeIds and codes
  3. Quick fixes include concrete mutation objects
  4. applyQuickFix resolves diagnostic (cleared=true, remaining=0)
  5. Delta after fix shows removal (removed=1, added=0)
  6. Delta after new error shows addition (added=1, removed=0)
  7. Combined parser + annotation diagnostics in streams
  8. Severity filtering across the pipeline

Files modified:

• editor/CMakeLists.txt — step253_test target

Key results:

• Phase 9b complete: all 4 steps pass (44/44 tests across steps 250–253)
• Full diagnostic pipeline validated: diagnose → fix → verify → delta
• 21 MCP tools, structured error codes (E01xx/E02xx/E03xx), delta streaming

---

Phase 9c: Token-Efficient Agent Protocol

Step 254: Response Budget System

Status: PASS (12/12 tests)

Optional budget parameter on query methods. If the response exceeds the budget, it's truncated with truncated: true and a continuation token for paginated follow-up. Arrays are shrunk via binary search; responses sorted by priority (errors first).

Files created:

• editor/src/ResponseBudget.h — applyBudget (binary search truncation of arrays), applyContinuation (resume from offset), sortDiagnosticsByPriority
• editor/tests/step254_test.cpp — 12 test cases: no-budget backward compat, compact AST truncation, totalCount/returnedCount, continuation pagination, full-mode truncated flag, diagnostics with budget, non-array truncation, large budget passthrough, invalid continuation error, priority sorting, budget=0 unlimited, multi-page coverage

Files modified:

• editor/src/HeadlessEditorState.h — include ResponseBudget.h
• editor/src/HeadlessAgentRPCHandler.h — getAST and getDiagnostics gain optional budget parameter with truncation
• editor/CMakeLists.txt — step254_test target

Key design decisions:

• Budget in chars (not tokens) — simple, predictable, cheap to compute
• Binary search finds max array elements that fit within budget
• Continuation token format: "field:offset:total" (opaque to agent)
• Diagnostics sorted by severity before truncation (errors first)
• budget=0 or omitted → unlimited (backward compatible)

Step 255: Symbol-Only Mode for Scope Queries

Status: PASS (12/12 tests)

Lean vs detailed mode for getInScopeSymbols, getCallHierarchy, and getDependencyGraph. Default (lean) mode returns minimal symbol data (name, kind, nodeId); detailed: true includes full node JSON.

Files created:

• editor/tests/step255_test.cpp — 12 test cases: lean scope (no node data), detailed scope (with node JSON), count field, size comparison, lean call hierarchy (names + IDs), detailed call hierarchy (node arrays), lean deps (ID list + count), detailed deps (full nodes), both modes valid output, field validation (name/kind/nodeId), node concept field, functionName

Files modified:

• editor/src/HeadlessAgentRPCHandler.h — getInScopeSymbols, getCallHierarchy, getDependencyGraph gain detailed parameter; lean mode returns symbols-only, detailed mode includes full node JSON via toJson()
• editor/CMakeLists.txt — step255_test target

Key design decisions:

• Default mode is "symbols" (lean) — agents get names/IDs without node JSON
• detailed: true adds full node serialization for each symbol/caller/callee/dep
• Lean scope responses ~7% the size of detailed (302 vs 4329 chars)
• getDependencyGraph lean mode converts vector IDs to JSON array
• Uses getNodeName() from CompactAST.h for cross-type name extraction

Step 256: Batch Query Endpoint

Status: PASS (12/12 tests)

batchQuery method accepts an array of sub-queries, executes each independently, and returns all results in a single round-trip. Errors in one sub-query don't affect others.

Files created:

• editor/tests/step256_test.cpp — 12 test cases: 3-query batch, method fields, result fields, error isolation, AST+diagnostics+scope batch, empty batch, missing params error, budget passthrough, single-envelope multi-result, permission-denied isolation, MCP registration, lean+detailed mixed batch

Files modified:

• editor/src/HeadlessAgentRPCHandler.h — batchQuery RPC method: iterates sub-queries, calls handleHeadlessAgentRequest recursively, collects results/errors independently
• editor/src/AgentPermissionPolicy.h — batchQuery allowed for all roles (sub-queries enforce their own permissions)
• editor/src/MCPServer.h — registerBatchTools() with whetstone_batch_query tool definition and callWhetstone handler
• editor/CMakeLists.txt — step256_test target

Key design decisions:

• Sub-queries reuse the same dispatch function (recursive call)
• Each sub-query result tagged with its method name for correlation
• Error isolation: failed sub-query returns error object, others unaffected
• batchQuery itself requires no special permission; sub-queries enforce their own
• tools/list now returns 22 tools (was 21): +whetstone_batch_query

Step 257: Token Efficiency Tests + Benchmarks

Status: PASS (12/12 tests)

Phase 9c closer. Systematic measurement of token savings across all compact/lean/delta/budget/batch features, plus throughput benchmarking.

Files created:

• editor/tests/step257_test.cpp — 12 test cases:
  1. Compact vs full AST ratio for 10-function module (7%)
  2. Compact vs full AST ratio for 50-function module (6%)
  3. Compact vs full AST ratio for 200-function module (6%)
  4. Lean scope vs detailed scope ratio (4%, under 20% target)
  5. Diagnostic delta vs full diagnostics validation
  6. Budget pagination across 3 pages covers all 51 nodes
  7. Batch query vs sequential bytes (single-envelope efficiency)
  8. Token estimates: compact < full (1001 vs 15039)
  9. Lean call hierarchy + lean deps both produce valid output
  10. Combined efficiency: batch + compact + lean + budget = 95% savings
  11. Benchmark: 100 parse→mutate→diagnose cycles in 8ms (0ms/cycle)
  12. Compact AST ratio stable across module sizes (spread=1%)

Files modified:

• editor/CMakeLists.txt — step257_test target

Key results:

• Phase 9c complete: all 4 steps pass (48/48 tests across steps 254–257)
• Compact AST: 6–7% of full AST size across all module sizes (93–94% savings)
• Lean scope: 4% of detailed size (96% savings)
• Combined optimized query path: 95% total token savings vs naive approach
• Compact ratio stable across 10/50/200 function modules (1% spread)
• Throughput: 0ms/cycle for parse→mutate→diagnose (sub-millisecond)

---

Phase 9d: Multi-File Project Support

Step 258: Project Model and Workspace Indexing

Status: PASS (12/12 tests)

HeadlessEditorState gains project awareness: openFile, closeFile, listBuffers, setActiveBuffer RPC methods for multi-buffer management, plus indexWorkspace for workspace-level file scanning. Language auto-detected from file extension.

Files created:

• editor/src/ProjectState.h — WorkspaceIndex (scan, findByExtension, findByLanguage, findByRelativePath, fileCount/dirCount), detectLanguage, IndexedFile struct, ProjectState wrapper
• editor/tests/step258_test.cpp — 12 test cases: openFile buffer creation, listBuffers with 3 files, setActiveBuffer switches AST context, closeFile removes buffer, language auto-detection, active flag in listBuffers, workspace indexing (5 files, 2 dirs), openFile reads from disk, closeFile error on nonexistent, Linter permission denied, MCP tool registration (5 new tools, 27 total), full open→switch→query→close workflow

Files modified:

• editor/src/HeadlessEditorState.h — include ProjectState.h, add ProjectState member
• editor/src/HeadlessAgentRPCHandler.h — openFile, closeFile, listBuffers, setActiveBuffer, indexWorkspace RPC methods
• editor/src/AgentPermissionPolicy.h — listBuffers/setActiveBuffer/ indexWorkspace read-only; openFile/closeFile require Refactor/Generator
• editor/src/MCPServer.h — registerProjectTools() with 5 MCP tool definitions (whetstone_open_file, whetstone_close_file, whetstone_list_buffers, whetstone_set_active_buffer, whetstone_index_workspace)
• editor/CMakeLists.txt — step258_test target

Key design decisions:

• openFile auto-detects language from extension (detectLanguage)
• openFile reads from disk if no content provided (uses fileOpsResolvePath)
• listBuffers includes path, language, modified, and active flag per buffer
• indexWorkspace scans using FileTree (respects .gitignore) without opening files
• WorkspaceIndex provides findByExtension/findByLanguage for agent queries
• tools/list now returns 27 tools (was 22): +5 project management tools

Step 259: Cross-File Symbol Resolution

Status: PASS (12/12 tests)

getInScopeSymbols gains crossFile: true parameter to include exported symbols from all other open buffers. Import graph tracks which files import which, updated automatically on openFile/closeFile. getImportGraph RPC method exposes the graph.

Files created:

• editor/tests/step259_test.cpp — 12 test cases: baseline local scope, crossFile includes other buffers' exports, cross-file symbols have file path, import graph populated on openFile, full import graph across 3 files, importedBy reverse query, cross-file detailed mode with node JSON, cross-file count > local count, closeFile removes from import graph, single buffer crossFile=local, collectExportedSymbols extraction, Linter role can read cross-file data

Files modified:

• editor/src/ProjectState.h — ImportGraph (addEdge, clearFile, importsOf, importedBy, updateFromAST, updateFromSource), ExportedSymbol struct, collectExportedSymbols, ProjectState gains ImportGraph member
• editor/src/HeadlessAgentRPCHandler.h — getInScopeSymbols gains crossFile parameter (scans all bufferStates for exports), getImportGraph RPC method (per-file or full graph), openFile updates import graph, closeFile clears import graph entry
• editor/src/AgentPermissionPolicy.h — getImportGraph as read-only
• editor/CMakeLists.txt — step259_test target

Key design decisions:

• Cross-file symbols include file field identifying source buffer path
• Import graph built from AST Import nodes + source text fallback (Python parser doesn't generate Import AST nodes, so text scan catches import foo and from foo import bar patterns)
• Import graph auto-maintained: updated on openFile, cleared on closeFile
• getImportGraph supports per-file query (imports + importedBy) or full graph
• Cross-file detailed mode resolves node JSON from the source buffer's AST

Step 260: Project-Wide Diagnostics

Status: PASS (12/12 tests)

getProjectDiagnostics returns diagnostics across all open files in one call, grouped by file path. Includes cross-file errors (E0400 for undefined imports). Supports optional severity filter and file glob filter.

Files created:

• editor/tests/step260_test.cpp — 12 test cases: basic result structure, cross-file E0400 for undefined import, known import not flagged, severity filter (error-only excludes warnings), fileGlob *.py, fileGlob specific file, empty project returns 0, multiple files with cross-file errors, diagnostic field validation, Linter role access, MCP tool registration, priority sorting

Files modified:

• editor/src/StructuredDiagnostics.h — added <set>, <sstream>, ast/Import.h includes; E04xx error code scheme documented; collectCrossFileDiagnostics() (AST-based) and collectCrossFileDiagnosticsFromSource() (text-based fallback) for detecting imports of modules not open in the project
• editor/src/HeadlessAgentRPCHandler.h — getProjectDiagnostics RPC method: iterates all bufferStates, collects per-file + cross-file diagnostics, deduplicates AST vs source-based cross-file diags, applies severity and fileGlob filters, groups by file path
• editor/src/AgentPermissionPolicy.h — getProjectDiagnostics as read-only
• editor/src/MCPServer.h — whetstone_get_project_diagnostics tool registered in registerDiagnosticTools()
• editor/CMakeLists.txt — step260_test target

Key design decisions:

• Compact grouped format: {files: {"/path/foo.py": [{code,line,message}]}}
• Cross-file deduplication: source-text fallback only adds diags for lines not already covered by AST-based cross-file checks
• File glob filter: * prefix for suffix match (*.py), otherwise substring
• Severity filter reuses existing filterBySeverity() infrastructure
• Diagnostics sorted by priority within each file group
• All roles can call (read-only); 28 MCP tools total

Step 261: Project-Wide Search and Refactor

Status: PASS (12/12 tests)

searchProject finds symbol references across all open files by name or nodeId. renameSymbol renames a symbol across all files with preview and apply modes. Both use recursive AST traversal to find Function definitions, FunctionCalls, Variable declarations, VariableReferences, and Parameters.

Files created:

• editor/tests/step261_test.cpp — 12 test cases: cross-file search by name, correct result fields, search by nodeId, definition vs call kind distinction, preview mode (shows changes without applying), apply mode (renames across 2 files with verification), parameter/variable reference rename, no-match error, Linter can search but not rename, unknown name returns 0, MCP tool registration, rename marks buffers as modified

Files modified:

• editor/src/ProjectState.h — SymbolReference struct, RenameChange struct, collectSymbolRefsRecursive() and collectSymbolReferences() (recursive AST search for matching names), buildRenameChangesRecursive() and buildRenameChanges() (builds property-change list for rename operations)
• editor/src/HeadlessAgentRPCHandler.h — searchProject RPC method (by name or nodeId, returns file/line/col/nodeId/kind/context per reference), renameSymbol RPC method (preview mode returns change list, apply mode modifies AST nodes directly, marks buffers modified)
• editor/src/AgentPermissionPolicy.h — searchProject as read-only, renameSymbol as mutation (Refactor/Generator only)
• editor/src/MCPServer.h — whetstone_search_project and whetstone_rename_symbol tools registered in registerProjectTools()
• editor/CMakeLists.txt — step261_test target

Key design decisions:

• Recursive tree walk for deep references (FunctionCalls inside function bodies)
• Preview mode returns full change list without applying (agent can review)
• Apply mode directly modifies AST node properties (name, functionName, variableName)
• Rename changes include property name so agent sees what exactly changes
• Buffers marked as modified after rename for save-tracking
• Search returns kind field (definition/call/reference/parameter) to categorize
• 30 MCP tools total

Step 262: Phase 9d Multi-File Project Integration Tests

Status: PASS (8/8 tests)

End-to-end integration tests exercising the full multi-file project workflow across 3-file Python projects. Simulates a realistic agent session from file opening through cross-file analysis, search, rename, and batch queries.

Files created:

• editor/tests/step262_test.cpp — 8 integration test cases:
  1. Open 3 files, listBuffers shows all with correct state
  2. setActiveBuffer switches context, getAST returns correct module
  3. Cross-file symbol resolution (crossFile=true includes other buffers' exports)
  4. Import graph tracks which files import which (main.py→utils+math_ops)
  5. Project-wide diagnostics: undefined import raises cross-file E0400
  6. searchProject finds symbol across 3 files (definition + call kinds)
  7. renameSymbol: preview then apply across 3 files, verified both directions
  8. Full workflow: open→batch(diagnostics+search+buffers)→rename→batch verify

Files modified:

• editor/CMakeLists.txt — step262_test target

Key results:

• Phase 9d complete: all 5 steps pass (56/56 tests across steps 258–262)
• Full multi-file project workflow validated end-to-end
• 30 MCP tools, cross-file symbols, import graph, project diagnostics, search, rename
• Sprint 9 phases 9a–9d complete: 212/212 tests across steps 245–262

---

Phase 9e: Persistence and Undo/Redo

Step 263: Save Buffer to Disk

Status: PASS (12/12 tests)

saveBuffer writes a buffer's editBuf to disk, resolving paths against the workspace root and creating parent directories as needed. saveAllBuffers saves all modified buffers in one call. Both clear the modified flag.

Files created:

• editor/tests/step263_test.cpp — 12 test cases: write to disk, clear modified flag, response fields (path/bytesWritten/success), saveAllBuffers batch save, mutation→save→verify content, Linter permission denied, default to active buffer, error on unknown buffer, saveAllBuffers clears all flags, returns saved paths, MCP tool registration, workspace path resolution with parent dir creation

Files modified:

• editor/src/HeadlessAgentRPCHandler.h — saveBuffer (resolve path, create parent dirs, write editBuf, clear modified, return bytesWritten), saveAllBuffers (iterate bufferStates, save modified, return savedCount/skippedCount/paths); renameSymbol editBuf regeneration via Pipeline::generate() after AST rename
• editor/src/AgentPermissionPolicy.h — saveBuffer/saveAllBuffers/undo/redo as mutation methods (Refactor/Generator only)
• editor/src/MCPServer.h — registerSaveUndoTools() with 4 MCP tools: whetstone_save_buffer, whetstone_save_all_buffers, whetstone_undo, whetstone_redo
• editor/CMakeLists.txt — step263_test target

Key design decisions:

• Paths resolved against workspaceRoot with escape protection
• Parent directories created automatically (std::filesystem::create_directories)
• saveAllBuffers skips unmodified buffers, reports savedCount/skippedCount
• renameSymbol now regenerates editBuf so saved content reflects renamed code
• 34 MCP tools total (was 30): +saveBuffer, +saveAllBuffers, +undo, +redo

Step 264: Undo/Redo for Headless Mode

Status: PASS (12/12 tests)

State-based undo/redo using HeadlessUndoStack. Every mutation (applyMutation, applyBatch, renameSymbol) automatically records a snapshot (editBuf + AST JSON). undo restores the previous state; redo re-applies after undo. New mutations after undo clear the redo stack.

Files created:

• editor/tests/step264_test.cpp — 12 test cases: no history error, rename→undo restores original, editBuf restoration, undo→redo restores mutation, redo error, depth tracking (undoDepth/redoDepth), Linter permission denied, 3 mutations→3 undos, new mutation clears redo stack, undo sets modified flag, MCP tool registration, applyMutation→undo

Files modified:

• editor/src/HeadlessEditorState.h — HeadlessUndoState (text + astJson), HeadlessUndoStack class (record, canUndo/canRedo, undo/redo, undoDepth/redoDepth), HeadlessBufferState gains undoStack field, openBuffer records initial state
• editor/src/HeadlessAgentRPCHandler.h — undo RPC method (restore AST via fromJson + sync.setAST, restore editBuf, set modified, return depths), redo RPC method (same restoration), post-mutation undoStack.record() calls in applyMutation, applyBatch, renameSymbol handlers

Key design decisions:

• State-based undo (snapshot text + AST JSON) vs operation-based
• Initial state recorded at openFile (position=0), post-mutation at position=N
• Undo decrements position, redo increments — classic position-based stack
• New mutation truncates redo states (standard undo/redo behavior)
• AST restored via JSON roundtrip (toJson/fromJson) for reliable deep clone
• Response includes undoDepth/redoDepth for agent awareness of stack state

Step 265: Phase 9e Persistence & Undo/Redo Integration Tests

Status: PASS (8/8 tests)

End-to-end integration tests exercising save + undo/redo workflows together. Validates that save writes the correct version to disk after mutations, undos, and redos, and that saveAllBuffers respects mixed undo states across buffers.

Files created:

• editor/tests/step265_test.cpp — 8 integration test cases:
  1. mutate→save writes mutated code to disk
  2. mutate→undo→save writes original code to disk
  3. undo→redo→save writes mutated code back to disk
  4. saveAllBuffers with mixed undo states (a.py mutated, b.py undone)
  5. undo/redo/save cycle: greet→a→b all consistent on disk
  6. MCP has 34 tools with save+undo+redo tools present
  7. undo in memory doesn't affect already-saved file on disk
  8. Full workflow: open→mutate→diagnose→undo→redo→save

Files modified:

• editor/CMakeLists.txt — step265_test target

Key results:

• Phase 9e complete: all 3 steps pass (32/32 tests across steps 263–265)
• Save + undo/redo integration validated end-to-end
• 34 MCP tools total
• Sprint 9 complete: all 5 phases pass (244/244 tests across steps 245–265)

---

Sprint 10 Progress — Semantic Annotation Taxonomy & Environment Layer

Phase 10a: Semantic Annotation Core + Sidecar Persistence (Steps 266-268)

Status: PASS (32/32 tests) — committed as 976161d

5 semantic annotation types (IntentAnnotation, ComplexityAnnotation, RiskAnnotation, ContractAnnotation, SemanticTagAnnotation) with JSON roundtrip, compact AST semantic summary, and sidecar persistence (.whetstone/.ast.json).

Key files:

• editor/src/ast/Annotation.h — 5 annotation class definitions
• editor/src/ast/Serialization.h — propertiesToJson/createNode/setPropertiesFromJson
• editor/src/CompactAST.h — extractSemanticSummary()
• editor/src/SidecarPersistence.h — sidecarPath, save/load, isSemanticAnnotation

---

Phase 10b: Annotation Agent Interface (Steps 269-271)

Status: PASS (32/32 tests) — committed as a049d60

High-level RPC methods for agent annotation workflow: setSemanticAnnotation, getSemanticAnnotations, removeSemanticAnnotation, getUnannotatedNodes. MCP prompt templates for annotation guidance.

Key additions:

• HeadlessAgentRPCHandler.h — 4 new RPC methods
• MCPServer.h — 4 MCP tools + 5 annotation prompt templates
• AgentPermissionPolicy.h — read/write permission mapping

---

Phase 10c: Type System, Execution & Scope Annotations (Steps 272-277)

Status: PASS (171/171 tests) — committed as e2d1872

24 new annotation classes across Subjects 2-4:

• Subject 2 (Type System): BitWidth, Endian, Layout, Nullability, Variance, Identity, Mut, TypeState
• Subject 3 (Concurrency): Atomic, Sync, ThreadModel, MemoryBarrier, Exec, Blocking, Parallel, Trap, Exception, Panic
• Subject 4 (Scope): Binding, Lookup, Capture, Visibility, Namespace, Scope

All wired through Serialization.h (3 dispatch points), CompactAST.h, SidecarPersistence.h, and HeadlessAgentRPCHandler.h setSemanticAnnotation type mapping.

---

Phase 10d: Shims, Optimization, Meta-Programming & Policy Annotations (Steps 278-283)

Status: PASS (117/117 tests) — committed as 090320f

29 new annotation classes across Subjects 5-8:

• Subject 5 (Shims): Intrinsic, Raw, CallingConv, Link, Shim, PointerArithmetic, Opaque, Target, Feature, Original, Mapping
• Subject 6 (Optimization): TailCall, Loop, Data, Align, Pack, BoundsCheck, Overflow
• Subject 7 (Meta-Programming): Meta, Symbol, Evaluate, Template, Synthetic
• Subject 8 (Policy): Policy, Ambiguity, Candidate, Tradeoff, Choice, Decision

Generic fallback added to getSemanticAnnotations RPC for extensible annotation type support.

---

Phase 10e: Environment Layer (Steps 284-289)

Status: PASS (200/200 checks across steps 284–289)

New files created:

• editor/src/EnvironmentSpec.h — EnvironmentSpec AST node (envId, envVersion, capabilities, constraints, scheduler, memory, bindingTimes, exceptions, ffi), CapabilityRequirement annotation, capability vocabulary (17 known capabilities), validateCapabilities() (E0501 diagnostics), validateEnvAnnotations() (E0502-E0505 diagnostics), getLoweringHints() (env-aware lowering patterns), envSpecToJson/envSpecFromJson helpers
• editor/src/ast/HostBoundary.h — HostCall (Expression), ScheduleTask (Statement), ModuleLoad (Statement)

Core files updated:

• Serialization.h — propertiesToJson/createNode/setPropertiesFromJson for HostCall, ScheduleTask, ModuleLoad, EnvironmentSpec, CapabilityRequirement
• CompactAST.h — CapabilityRequirement in extractSemanticSummary, host boundary nodes in getNodeName
• SidecarPersistence.h — CapabilityRequirement in isSemanticAnnotation
• HeadlessAgentRPCHandler.h — capabilityRequirement type in setSemanticAnnotation, 4 new RPCs: setEnvironment, getEnvironment, validateEnvironment, getLoweringHints
• AgentPermissionPolicy.h — getEnvironment/validateEnvironment/getLoweringHints (read-only), setEnvironment (mutation)
• MCPServer.h — registerEnvironmentTools() with 4 MCP tool definitions (whetstone_set_environment, whetstone_get_environment, whetstone_validate_environment, whetstone_get_lowering_hints)

Test files:

• step284_test.cpp — 12 tests (EnvironmentSpec schema, JSON roundtrip, module attachment)
• step285_test.cpp — 12 tests (capability vocabulary, validation, CapabilityRequirement)
• step286_test.cpp — 12 tests (validateEnvAnnotations E0502-E0505, RPC validate/set/get, Linter permissions, MCP tool registration, env replacement)
• step287_test.cpp — 12 tests (getLoweringHints: callback/std_async/coroutine, suppress_dealloc/explicit_delete/raii_cleanup, try_catch/expected, combined hints, RPC method, null safety)
• step288_test.cpp — 12 tests (HostCall/ScheduleTask/ModuleLoad construction, JSON roundtrip, createNode, compact AST names, capability validation, nested body children)
• step289_test.cpp — 8 integration tests (full env workflow, env switch clears issues, host boundary roundtrip, capability validation e2e, lowering hints change with env, batch env queries, MCP tool count 38+, compact AST with host boundary)

Key results:

• Phase 10e complete: all 6 steps pass (200/200 checks across steps 284–289)
• 4 environment RPCs: setEnvironment, getEnvironment, validateEnvironment, getLoweringHints
• 5 environment diagnostics: E0501 (unmet capability), E0502–E0505 (annotation/scheduler incompatibility)
• 3 host boundary AST nodes: HostCall, ScheduleTask, ModuleLoad
• Lowering hint patterns: callback, std_async, coroutine, suppress_dealloc, explicit_delete, raii_cleanup, try_catch, expected, checked_throw
• 38 MCP tools total (was 34): +whetstone_set_environment, +whetstone_get_environment, +whetstone_validate_environment, +whetstone_get_lowering_hints
• Sprint 10 complete: all 5 phases pass (phases 10a–10e)

---

Sprint 11 Progress — Dial It In

Phase 11a: Semanno Format + Annotation Codegen (Steps 290-296)

Step 290: SemannoFormat.h — Comment Format Standard (12 tests)

Status: PASS (12/12 tests)

@semanno:type(key=value) comment format standard with emitter and parser. Roundtrip-correct for all 8 annotation subjects + semantic core + environment.

Key files:

• editor/src/SemannoFormat.h — SemannoEmitter::emit() (67+ annotation types), SemannoParser::parse() (comment prefix detection for //, #, ;;), SemannoParser::isSemannoComment(), value escaping, vector properties
• editor/tests/step290_test.cpp — 12 tests: roundtrip for all 8 subjects, marker annotations, vector properties, comment prefix parsing, value escaping

Step 291: ProjectionGenerator — Subject 2-4 Visitors (12 tests)

Status: PASS (12/12 tests)

Verifies dispatchGenerate() correctly routes Subject 2-4 annotation types through SemannoAnnotationImpl visitor methods (Python and C++ generators).

Key files:

• editor/src/SemannoAnnotationImpl.h — CRTP mixin with virtual inheritance from AnnotationVisitorExtended, provides default visitor implementations for all 56 annotation types
• editor/src/ast/ProjectionGenerator.h — virtual inheritance from AnnotationVisitorExtended, dispatchGenerate() template
• editor/tests/step291_test.cpp — 12 tests: BitWidth, Endian, Layout, Nullability, Variance, Atomic, Sync, Exec, Capture, Visibility dispatch

Step 292: ProjectionGenerator — Subject 5-8 + Semantic Visitors (12 tests)

Status: PASS (12/12 tests)

Verifies Subject 5-8, Semantic Core, and Environment annotation dispatch through all generators. Exhaustive no-Unknown checks.

Key files:

• editor/tests/step292_test.cpp — 12 tests: Intrinsic, CallingConv, Target, TailCall, Loop, Meta, Synthetic, Policy, Intent, Capability dispatch

Step 293: Generator Implementations — Python/C++/Rust/Go (12 tests)

Status: PASS (12/12 tests)

Validates SemannoAnnotationImpl integration across Python, C++, Rust, and Go generators. Mixed annotation types, roundtrip verification, commentPrefix().

Key files:

• editor/tests/step293_test.cpp — 12 tests: type/concurrency/scope/shim/ optimization/meta/policy/semantic annotations across 4 generators

Step 294: Generator Implementations — Java/JS/Elisp (12 tests)

Status: PASS (12/12 tests)

Validates SemannoAnnotationImpl integration for Java, JavaScript, and Elisp generators. Prefix verification, annotation output, exhaustive no-Unknown check.

Key files:

• editor/tests/step294_test.cpp — 12 tests: prefix verification, annotation output, roundtrip, exhaustive no-Unknown for all 56+ types

Infrastructure fixes applied:

• Virtual inheritance: ProjectionGenerator : public virtual AnnotationVisitorExtended and SemannoAnnotationImpl : public virtual AnnotationVisitorExtended to resolve diamond inheritance ambiguity in generator classes
• Removed circular include: EnvironmentSpec.h no longer includes ast/Serialization.h

Step 295: Semanno Sidecar Integration (12 tests)

Status: PASS (12/12 tests)

Semanno sidecar persistence now supports full save/load roundtrip behavior, including empty sidecar file handling.

Key files:

• editor/src/SemannoSidecar.h — implemented sidecar API with structured save/load results, path helper, line-keyed L<line>: @semanno:... emission, and empty-module sidecar creation.
• editor/src/SidecarPersistence.h — include fixes for AST helper symbols used by sidecar merge logic.
• editor/tests/step295_test.cpp — includes sidecar persistence integration checks alongside Semanno sidecar tests.

Step 296: Phase 11a Integration Tests (8 tests)

Status: PASS (8/8 tests)

Full Phase 11a integration validation now passes end-to-end.

Key files:

• editor/src/SemannoSidecar.h — added result-based free-function API used by Sprint 11 tests (semannoSidecarPath, saveSemannoSidecar, loadSemannoSidecar), path/error/count reporting, and corrected line mapping to use parent spanStartLine.
• editor/tests/step296_test.cpp — integration suite executed and passing.

Verified checks:

• Parse/annotate/generate path preserves Subject 2-8 Semanno output.
• Cross-language generators preserve Semanno annotations.
• Exhaustive no-Unknown emission for 56+ annotation types.
• Semanno parse roundtrip for structured properties.
• Mixed legacy + new annotation handling in one module.
• Semanno sidecar save/load integration with expected counts.
• Language comment prefix conventions.
• Marker annotation emission without property parentheses.

---

Phase 11b: Validation & Conflict Completion (Steps 297-301)

Step 297: AnnotationValidatorExtended — Subject 2-4 Rules (12 tests)

Status: PASS (12/12 tests)

Validates type system (E0600-E0608), concurrency (E0700-E0708), and scope (E0800-E0805) annotations with structured diagnostic codes.

Key files:

• editor/src/AnnotationValidatorExtended.h — AnnotationValidatorExtended::validate() with isPowerOf2(), isOneOf() helpers, recursive AST walk, hasThreadModelOnAncestor() for E0704
• editor/tests/step297_test.cpp — 12 tests: BitWidth E0600 (invalid + valid), Endian E0601, Layout E0602+E0603, Nullability E0604, Variance E0605, Atomic E0700, Exec async E0704 (with/without ThreadModel), Capture E0802, Visibility E0803, all-valid-no-diags

Rules implemented:

• E0600: BitWidth must be power of 2
• E0601: Endian order must be "big" or "little"
• E0602: Layout mode must be "packed" or "aligned"
• E0603: Layout alignment must be power of 2
• E0604: Nullability strategy must be "strict" or "nullable"
• E0605: Variance must be "covariant", "contravariant", or "invariant"
• E0606: Identity mode must be "nominal" or "structural"
• E0607: Mut depth must be "shallow", "deep", or "interior"
• E0608: TypeState must be "erased" or "reified"
• E0700: Atomic consistency must be valid ordering
• E0701: Sync primitive must be "monitor", "spin", or "semaphore"
• E0702: ThreadModel must be "green", "os", or "fiber"
• E0703: Exec mode must be "async" or "event"
• E0704: Exec(async) requires ThreadModel on ancestor
• E0705: Blocking kind must be "io" or "compute"
• E0706: Parallel kind must be "data" or "task"
• E0707: Exception style must be "checked" or "unchecked"
• E0708: Panic behavior must be "abort" or "unwind"
• E0800: Binding time must be "static" or "dynamic"
• E0801: Lookup mode must be "lexical" or "hoisted"
• E0802: Capture strategy must be "value", "ref", or "move"
• E0803: Visibility must be "private", "internal", "friend", or "public"
• E0804: Namespace style must be "qualified" or "flat"
• E0805: Scope kind must be "local", "global_leaked", or "singleton"

Step 298: AnnotationValidatorExtended — Subject 5-8 Rules (12 tests)

Status: PASS (12/12 tests)

Validates shim/FFI (E0900-E0901), optimization (E1000-E1004), meta-programming (E1100-E1104), and policy (E1200-E1202) annotations.

Key files:

• editor/src/AnnotationValidatorExtended.h — extended with Subject 5-8 branches
• editor/tests/step298_test.cpp — 12 tests: CallingConv E0900, Shim E0901, Inline+TailCall E1000 (Always vs Hint), Loop hint E1001, Loop factor E1002, Align E1003, Overflow E1004, Meta state E1100, Template E1104, Policy strictness E1200, all-valid-no-diags

Rules implemented:

• E0900: CallingConv must be "stdcall", "cdecl", or "fastcall"
• E0901: Shim strategy must be "vtable", "trampoline", "union_tag", or "cast"
• E1000: Inline(Always) conflicts with TailCall
• E1001: Loop hint must be "unroll", "vectorize", or "fuse"
• E1002: Loop unroll factor must be positive
• E1003: Align bytes must be positive power of 2
• E1004: Overflow behavior must be "wrap", "saturation", or "panic"
• E1100: Meta state must be "quoted" or "unquoted"
• E1101: Meta phase must be "compile" or "runtime"
• E1102: Symbol mode must be "gensym" or "interned"
• E1103: Evaluate phase must be "compile_time" or "runtime"
• E1104: Template specialization must be "trait", "monomorphize", or "erasure"
• E1200: Policy strictness must be "high" or "low"
• E1201: Policy perf must be "critical" or "normal"
• E1202: Policy style must be "idiomatic" or "literal"

Step 299: Cross-Type Annotation Conflict Detection (12 tests)

Status: PASS (12/12 tests)

Detects semantic conflicts between different annotation families on the same node. Extends AnnotationConflict.h (which handles same-family parent/child conflicts) with cross-type detection.

Key files:

• editor/src/AnnotationConflictExtended.h — CrossTypeConflict struct, collectCrossTypeConflicts() with conditional lambda predicates, recursive child traversal
• editor/tests/step299_test.cpp — 12 tests: 6 conflict pairs detected, 4 no-false-positive tests (Capture value, ConstExpr+event, Inline Hint, Pack+packed), recursive child detection, multiple conflicts on same node

Conflict pairs:

1. @Pure + @Blocking — purity violated by blocking behavior
2. @Atomic + @Sync — conflicting synchronization models
3. @Capture(move) + @Owner(Shared_ARC) — move semantics incompatible with shared ref counting
4. @ConstExpr + @Exec(async) — compile-time eval can't be async
5. @Inline(Always) + @TailCall — inlining defeats tail call optimization
6. @Pack + @Layout(aligned) — packing and alignment contradict

Step 300: TransformEngineExtended (12 tests)

Status: PASS (12/12 tests)

Extended transform engine with float constant folding, dead variable elimination, and annotation-aware optimization that respects @OptimizationLock and @BoundsCheck.

Key files:

• editor/src/TransformEngineExtended.h — extends TransformEngine with floatConstantFolding() (bottom-up BinaryOperation folding on FloatLiterals), deadVariableElimination() (removes unreferenced Variable declarations), annotationAwareOptimize() (skips OptimizationLock/BoundsCheck-protected nodes), applyAllExtended() (runs all 3 transforms)
• editor/tests/step300_test.cpp — 12 tests: float add/mul folding, div-by-zero safety, dead var removal, used var preservation, OptimizationLock blocking, BoundsCheck skipping, nested float fold, multiple dead vars, applyAllExtended, nodesModified count accuracy

Step 301: Phase 11b Integration Tests (8 tests)

Status: PASS (8/8 tests)

End-to-end integration tests for the full validation + conflict + transform pipeline.

Key files:

• editor/tests/step301_test.cpp — 8 integration tests:
  1. Extended E06xx-E12xx codes appear in collectAllDiagnostics
  2. Valid AST produces 0 diagnostics (no regressions)
  3. Cross-type conflicts (E0210) appear in diagnostic output
  4. Structured JSON fields correct (code/severity/nodeId/source)
  5. Combined extended validation + cross-type conflict on same AST
  6. annotationErrorCode extracts embedded [Exxxx] codes correctly
  7. Pipeline wiring: validator + conflict API work together
  8. Exhaustive coverage: all 7 subjects produce diagnostics for invalid input

Key results:

• Phase 11b complete: all 5 steps pass (56/56 tests across steps 297–301)
• 33+ annotation types with explicit validation rules (E0600-E1202)
• 6 cross-type conflict pairs detected with conditional predicates
• Float constant folding, dead variable elimination, annotation-aware optimization
• No regressions on existing E01xx-E05xx diagnostics

---

Phase 11c: Parser Deepening (Steps 302-308)

Step 302: New AST Nodes — Class/Interface/Generic (12 tests)

Status: PASS (12/12 tests)

5 new AST node types for structured OOP and generic programming support. Full JSON roundtrip via Serialization.h (propertiesToJson, createNode, setPropertiesFromJson).

Key files:

• editor/src/ast/ClassDeclaration.h — ClassDeclaration (name, superClass, isAbstract; children: interfaces, fields, methods, annotations), InterfaceDeclaration (name; children: methods, annotations), MethodDeclaration (extends Function with className, isStatic, visibility, isOverride, isVirtual)
• editor/src/ast/GenericType.h — GenericType (baseName; children: typeParameters), TypeParameter (name, constraint)
• editor/src/ast/Serialization.h — propertiesToJson/createNode/setPropertiesFromJson for all 5 new types
• editor/tests/step302_test.cpp — 12 tests: construction + properties for all 5 types, child roles (methods/fields/interfaces), MethodDeclaration inherits Function children (parameters/body), JSON roundtrip for all 5 types, nested class structure with generic + method + field roundtrip

Step 303: New AST Nodes — Async/Lambda/Decorator (12 tests)

Status: PASS (12/12 tests)

4 new AST node types for modern language constructs: async/await, lambdas/closures, and decorator annotations. Full JSON roundtrip via Serialization.h.

Key files:

• editor/src/ast/AsyncNodes.h — AsyncFunction (extends Function, isAsync flag), AwaitExpression (children: expression), LambdaExpression (captureList vector; children: parameters, body), DecoratorAnnotation (name; children: arguments)
• editor/src/ast/Serialization.h — propertiesToJson/createNode/setPropertiesFromJson for all 4 new types (captureList as JSON array)
• editor/tests/step303_test.cpp — 12 tests: construction for all 4 types, child roles (parameters/body/expression/arguments), JSON roundtrip for all 4, captureList array preservation, async+await nested in module roundtrip, lambda with captures inside function body roundtrip

Step 304: Serialization + Dispatch for New Nodes (12 tests)

Status: PASS (12/12 tests)

All 9 new AST node types (ClassDeclaration, InterfaceDeclaration, MethodDeclaration, GenericType, TypeParameter, AsyncFunction, AwaitExpression, LambdaExpression, DecoratorAnnotation) dispatch through PythonGenerator and CppGenerator with language-appropriate output. JSON roundtrip preserves dispatch output identity.

Key files:

• editor/src/ast/PythonGenerator.h — 9 visitor implementations: class→class Name(Super):, interface→class Name(ABC):, method→def name(self):, generic→Name[T], async→async def name():, await→await expr, lambda→lambda x: body, decorator→@name(args)
• editor/src/ast/CppGeneratorTypes.h — 9 visitor implementations: class→class Name : public Super {}, interface→class Name {}, method→virtual void name(), generic→Name<T>, async→std::future<void> name(), await→co_await expr, lambda→[captures](auto x) { body }, decorator→// @name
• editor/src/ast/ProjectionGenerator.h — dispatchGenerate branches for all 9 types (lines 322-339)
• editor/tests/step304_test.cpp — 12 tests: per-type Python+C++ dispatch (9 types), nested class-with-methods dispatch, async-with-await nested dispatch, all-9-types JSON roundtrip→dispatch identity check

Step 305: Python + Java Parser Deepening (12 tests)

Status: PASS (12/12 tests)

Python: class, async def, await, lambda, @decorator. Java: class, interface, generics.

Step 306: JS/TS + Rust Parser Deepening (12 tests)

Status: PASS (12/12 tests)

JS/TS: class, async/await, arrow functions. Rust: struct, impl, trait, async fn, closures.

Step 307: Go + C++ + Elisp Parser Deepening (12 tests)

Status: PASS (12/12 tests)

Go: struct/interface, method receivers. C++: class/struct, templates, virtual methods, lambdas. Elisp: lambda forms.

Step 308: Generator Updates + Phase 11c Integration (8 tests)

Status: PASS (8/8 tests)

All 8 generators now produce language-appropriate output for all 9 new AST node types (ClassDeclaration, InterfaceDeclaration, MethodDeclaration, GenericType, TypeParameter, AsyncFunction, AwaitExpression, LambdaExpression, DecoratorAnnotation).

Files modified:

• editor/src/ast/RustGenerator.h — 9 new visitor methods: struct/impl, trait, fn(&self), async fn, .await, |closures|, // @decorator
• editor/src/ast/GoGenerator.h — 9 new visitor methods: type struct, type interface, func receiver, func (goroutine async), <-channel await, func() lambda
• editor/src/ast/JavaGenerator.h — 9 new visitor methods: class extends, interface, public void method, List, CompletableFuture async, .get() await, (x) -> lambda, @annotation
• editor/src/ast/JavaScriptGenerator.h — 9 new visitor methods: class extends, class (interface fallback), method(), Name, async function, await, (x) => arrow, // @decorator
• editor/src/ast/ElispGenerator.h — 9 new visitor methods: cl-defstruct, cl-defgeneric, cl-defmethod, baseName (dynamic types), defun ;; async, (async-get), (lambda), ; @decorator
• editor/tests/step308_test.cpp — 8 integration tests
• editor/CMakeLists.txt — step308_test target

Key results:

• Phase 11c complete: all 7 steps pass (80/80 tests across steps 302-308)
• All 8 generators produce non-empty, language-appropriate output for all 9 new AST types
• Language idioms verified: Rust struct+impl, Go type struct, Java extends/implements, JS extends/arrow, Python ABC/async def/lambda, C++ virtual/co_await/captures, Elisp defstruct/lambda
• JSON roundtrip → generate identity verified for ClassDeclaration
• TypeScript inherits JavaScript generator implementations

Phase 11d: New Languages — Kotlin + C# (Steps 309-313)

Step 309: Kotlin Parser (12 tests)

Status: PASS (12/12 tests)

KotlinParser (regex-based, standalone) parses: fun → Function, suspend fun → AsyncFunction, class/data class → ClassDeclaration, val/var → Variable. Module target language set to "kotlin".

Step 310: Kotlin Generator (12 tests)

Status: PASS (12/12 tests)

KotlinGenerator produces idiomatic Kotlin: fun, val, suspend fun, class : Super(), interface, { params -> body } lambdas, @decorator, generic types. Type mappings: int→Int, string→String, bool→Boolean, void→Unit, double→Double. Collection types: List<>, Set<>, Map<>, Array<>, Pair<>.

Step 311: C# Parser (12 tests)

Status: PASS (12/12 tests)

CSharpParser (regex-based, standalone) parses: methods with visibility/return-type detection, async methods → AsyncFunction, class → ClassDeclaration, interface → InterfaceDeclaration. Skips using directives and namespace wrappers.

Step 312: C# Generator (12 tests)

Status: PASS (12/12 tests)

CSharpGenerator produces idiomatic C#: public void, Allman braces, foreach..in, class : Base, interface, public async Task, await, (x) => lambda, [Attribute]. Type mappings: int, float, double, string, bool, void. Collection types: List<>, HashSet<>, Dictionary<>.

Step 313: New Languages Integration + MCP (8 tests)

Status: PASS (8/8 tests)

Full pipeline integration for Kotlin + C#:

• Pipeline.parse() and Pipeline.generate() route correctly for both languages
• Cross-language projection verified (Python→Kotlin, Java→C#)
• MemoryStrategyInference runs without error on Kotlin/C# modules
• All 10 generators produce non-empty output
• Final count: 10 parsers, 10 generators

Files created:

• editor/tests/step309_test.cpp — 12 Kotlin parser tests
• editor/tests/step310_test.cpp — 12 Kotlin generator tests
• editor/tests/step311_test.cpp — 12 C# parser tests
• editor/tests/step312_test.cpp — 12 C# generator tests
• editor/tests/step313_test.cpp — 8 integration tests

Files modified:

• editor/src/ast/KotlinGenerator.h — 9 new AST node visitors (class, interface, method, generic, type param, suspend fun, await, lambda, @decorator)
• editor/src/ast/CSharpGenerator.h — 9 new AST node visitors (class, interface, method, generic, type param, async Task, await, lambda, [Attribute])
• editor/src/Pipeline.h — fixed Kotlin/C# parser routing (KotlinParser/CSharpParser instead of TreeSitterParser)
• editor/CMakeLists.txt — 5 new test targets (steps 309-313)

Key results:

• Phase 11d complete: all 5 steps pass (56/56 tests across steps 309-313)
• 10 language parsers, 10 language generators fully operational
• No regressions: Phase 11c (80/80) still passes
• Total Phase 11c+11d: 136/136 tests

---

Sprint 12 — Workflow Model + C++ Depth

Phase 12a: Core Workflow Model

Step 320: WorkItem — Core Execution Model

Status: PASS (12/12 tests)

WorkItem extends SkeletonTask with execution lifecycle tracking — status transitions, worker assignment, timestamps, and results. This is the unit of work that flows through the routing engine.

Files created:

• editor/src/WorkItem.h — WorkItemResult struct (generatedCode, astJson, diagnostics, confidence, tokens, reasoning + JSON roundtrip), WorkItem struct (identity, routing, lifecycle, assignment, result), state machine helpers (isTerminal, canTransition, transitionWorkItem), createWorkItem from SkeletonTask, priorityToInt ordering, full JSON serialization
• editor/tests/step320_test.cpp — 12 tests: construction from SkeletonTask, unique ID generation, valid/invalid state transitions, timestamp population, WorkItemResult roundtrip, WorkItem roundtrip, isTerminal, createdAt, dependencies preserved, priority ordering, result attachment roundtrip

Files modified:

• editor/CMakeLists.txt — step320_test target

State machine: pending→ready→assigned→in-progress→(review→complete|rejected OR complete); rejected→ready

Step 321: TaskQueue — Priority Queue with Dependencies

Status: PASS (12/12 tests)

Ordered queue that respects both priority levels and dependency chains. Items whose dependencies are unsatisfied stay blocked; ready items are ordered by priority (critical first) then creation time.

Files created:

• editor/src/TaskQueue.h — TaskQueue class with enqueue, dequeue, peek, complete, reject, getReady, getBlocked, getByStatus, getItem, updateItem; dependency resolution on completion, priority-based sorting
• editor/tests/step321_test.cpp — 12 tests: enqueue/dequeue ordering, priority ordering, dependency blocking, reject/re-enqueue, getReady filtering, empty queue, getByStatus, size tracking, completion cascading (A→B→C chain), mixed priorities with deps, peek no-remove, updateItem

Files modified:

• editor/CMakeLists.txt — step321_test target

Step 322: WorkflowState — Project-Level Workflow Tracking

Status: PASS (12/12 tests)

Top-level state managing the full workflow lifecycle for a project: from skeleton creation through routing, execution, review, and completion. Auto-detects phase from item statuses, tracks audit trail, computes stats.

Files created:

• editor/src/WorkflowState.h — WorkflowPhase enum (Modeling/Routing/Executing/ Reviewing/Complete), StatusChange audit trail struct, WorkflowStats struct, WorkflowState class with populateFromSkeleton, getStats, getPhase (auto-computed), getHistory, recordChange, toJson/fromJson
• editor/tests/step322_test.cpp — 12 tests: populate from skeleton, phase auto-detection (empty, all pending, executing, reviewing, complete), stats accuracy, history tracking, JSON roundtrip, empty workflow, phase transitions through lifecycle, populate records history

Files modified:

• editor/CMakeLists.txt — step322_test target

Step 323: Workflow Sidecar Persistence

Status: PASS (12/12 tests)

Save and load workflow state to .whetstone/<project>.workflow.json so workflows survive across sessions. Handles directory creation, overwrite, delete, and multiple workflows in the same workspace.

Files created:

• editor/src/WorkflowPersistence.h — SaveResult struct, workflowSidecarPath, ensureDirectoryExists, saveWorkflow (serialize + write), loadWorkflow (read + deserialize, nullopt if missing), deleteWorkflow
• editor/tests/step323_test.cpp — 12 tests: save/load roundtrip, all fields preserved, history preserved, missing file nullopt, directory creation, delete removes file, multiple workflows, results preserved, empty workflow, sidecar path format, overwrite, delete nonexistent

Files modified:

• editor/CMakeLists.txt — step323_test target

Step 324: Workflow RPC + MCP Tools

Status: PASS (12/12 tests)

Exposes workflow management through 8 RPC methods and 8 MCP tools so agents can create, inspect, and advance workflows. Linter role restricted to read-only access; Refactor/Generator can mutate.

Files created:

• editor/tests/step324_test.cpp — 12 tests: createWorkflow, getReadyTasks ordering, assignTask transitions, completeTask with result + cascade, rejectTask re-enqueue, getWorkItem details, Linter restrictions, MCP registration (8 new tools, 50+ total), saveWorkflow RPC, getWorkflowState, no-workflow error, nonexistent item error

Files modified:

• editor/src/HeadlessEditorState.h — added WorkflowState/WorkflowPersistence includes, optional workflow member
• editor/src/HeadlessAgentRPCHandler.h — 8 new RPC methods: createWorkflow, getWorkflowState, getReadyTasks, getWorkItem, assignTask, completeTask, rejectTask, saveWorkflow
• editor/src/AgentPermissionPolicy.h — read-only: getWorkflowState, getReadyTasks, getWorkItem; mutation: createWorkflow, assignTask, completeTask, rejectTask, saveWorkflow
• editor/src/MCPServer.h — registerWorkflowExecutionTools() with 8 tools
• editor/CMakeLists.txt — step324_test target

Tool count: 50+ (42 existing + 8 workflow execution tools)

Step 325: Phase 12a Integration Tests

Status: PASS (8/8 tests)

End-to-end workflow lifecycle from skeleton to completion. Covers priority ordering, dependency chains (A→B→C cascade), full lifecycle with results, rejection flow, persistence roundtrip, stats accuracy, and a combined 5-function workflow with mixed priorities and dependencies.

Files created:

• editor/tests/step325_test.cpp — 8 integration tests: skeleton→workflow, priority ordering, dependency chain cascade, full lifecycle with result, rejection flow, persistence save/load, stats accuracy, combined 5-item workflow completing to phase=Complete

Files modified:

• editor/src/TaskQueue.h — updateItem triggers resolveDependencies when item status becomes complete (fixes cascade through RPC path)
• editor/CMakeLists.txt — step325_test target

Phase 12a complete: 6/6 steps (320-325), 68/68 tests passing

Phase 12b: Routing Engine + Workers

Step 326: RoutingEngine — Annotation-to-Dispatch Logic

Status: PASS (12/12 tests)

Given a WorkItem with routing annotations, produces a RoutingDecision with worker type, context width, token budget, review requirements, confidence, and reasoning. Priority cascade: explicit override → ambiguity gate → context width escalation → getter/setter patterns → defaults.

Files created:

• editor/src/RoutingEngine.h — RoutingDecision struct (with JSON helpers), estimateContextBudget, agentRoleForWorker, isGetterSetterPattern, RoutingEngine class with route, routeBatch, routeAndApply
• editor/tests/step326_test.cpp — 12 tests: explicit override, ambiguity→human, getter/setter→deterministic, cross-project→llm, project→llm, review annotation, batch routing, default local/file, confidence levels, context budgets

Files modified:

• editor/CMakeLists.txt — step326_test target

Step 327: WorkerRegistry — Worker Abstractions

Status: PASS (12/12 tests)

Worker interface with 5 concrete implementations: DeterministicWorker (intent-based code gen), TemplateWorker (getter/setter/accessor patterns), SLMAgentWorker/LLMAgentWorker (context bundle preparation for external invocation), HumanWorker (marks for human review). Registry with lookup.

Files created:

• editor/src/WorkerRegistry.h — WorkerContext struct, WorkerInterface abstract base, DeterministicWorker, TemplateWorker, SLMAgentWorker, LLMAgentWorker, HumanWorker, WorkerRegistry with getDefaultRegistry
• editor/tests/step327_test.cpp — 12 tests: deterministic with/without intent, template getter/setter/boolean accessor, LLM context bundle, human review marking, registry lookup, canHandle filtering, worker type strings, SLM context assembly, rejection feedback in context

Files modified:

• editor/CMakeLists.txt — step327_test target

Step 328: ContextAssembler — Context Window Assembly + Budget

Status: PASS (12/12 tests)

Builds context windows per @ContextWidth (local/file/project/cross-project) with token budget enforcement. Prioritizes: target node > annotations > siblings > buffer content > project summaries under truncation.

Files created:

• editor/src/ContextAssembler.h — BufferInfo struct, estimateTokens helpers, ContextAssembler class with assembleContext (local/file/project/cross-project strategies), budget truncation, sibling/import graph inclusion
• editor/tests/step328_test.cpp — 12 tests: local/file/project/cross-project context, budget truncation, priority under truncation, import graph, empty project fallback, token estimation, unlimited budget, siblings, rejection feedback preservation

Files modified:

• editor/CMakeLists.txt — step328_test target

Step 329: Routing RPC + MCP Tools

Status: PASS (12/12 tests)

Exposes routing and worker dispatch through 4 RPC methods and 4 MCP tools. routeTask/routeAllReady apply routing decisions, executeTask runs workers (deterministic/template produce code, agent/human prepare context bundles), getRoutingExplanation shows reasoning.

Files created:

• editor/tests/step329_test.cpp — 12 tests: routeTask, routeAllReady batch, execute deterministic, agent prepared, human marked, routing explanation, Linter restrictions, MCP registration (4 new, 54+ total), route updates item, no-worker error, itemIds in batch, auto-approved for template

Files modified:

• editor/src/HeadlessEditorState.h — added RoutingEngine, WorkerRegistry, ContextAssembler members
• editor/src/HeadlessAgentRPCHandler.h — 4 new RPC methods: routeTask, routeAllReady, executeTask, getRoutingExplanation
• editor/src/AgentPermissionPolicy.h — read-only: getRoutingExplanation; mutation: routeTask, routeAllReady, executeTask
• editor/src/MCPServer.h — registerRoutingTools() with 4 tools
• editor/src/RoutingEngine.h — getter/setter routes to "template" (not "deterministic") for correct auto-approve with TemplateWorker
• editor/CMakeLists.txt — step329_test target

Tool count: 54+ (50 existing + 4 routing tools)

Step 330: Review Gates

Status: PASS (12/12 tests)

Configurable auto-approve rules and review queue. Default policy auto-approves deterministic/template workers with >=0.9 confidence; everything else requires review. Explicit @Review(required) always overrides auto-approve.

Files created:

• editor/src/ReviewGate.h — AutoApproveRule, ReviewPolicy (with default), ReviewDecision, ReviewGate with shouldAutoApprove, risk level helpers
• editor/tests/step330_test.cpp — 12 tests: deterministic/template auto-approve, LLM requires review, low confidence rejected, custom policy, default policy, @Review override, wildcard rule, policy roundtrip, empty policy, default require-review, human requires review

Files modified:

• editor/src/HeadlessEditorState.h — ReviewGate + ReviewPolicy members
• editor/src/HeadlessAgentRPCHandler.h — setReviewPolicy, getReviewPolicy RPCs
• editor/src/AgentPermissionPolicy.h — getReviewPolicy read-only, setReviewPolicy mutation
• editor/src/MCPServer.h — registerReviewTools() with 2 tools
• editor/CMakeLists.txt — step330_test target

Tool count: 56+ (54 existing + 2 review tools)

Step 331: Phase 12b Integration Tests

Status: PASS (8/8 tests)

Full routing pipeline integration tests covering skeleton→workflow→route→execute→review lifecycle. Tests verify mixed worker type routing, getter template auto-approve, LLM context preparation, human routing for high-ambiguity, dependency chains with mixed routing, rejection with feedback flow, review policy switching, and 5-function mixed skeleton lifecycle.

Files created:

• editor/tests/step331_test.cpp — 8 integration tests: skeleton_route_all, getter_full_lifecycle, complex_llm_context, high_ambiguity_human, dependency_mixed_routing, rejection_with_feedback, review_policy_switch, full_lifecycle_mixed

Files modified:

• editor/CMakeLists.txt — step331_test target with tree-sitter libraries

Phase 12b complete: Steps 326-331 (RoutingEngine, WorkerRegistry, ContextAssembler, Routing RPC+MCP, ReviewGate, Integration Tests)

Phase 12c: C++ AST Depth — Inheritance + CRTP

Step 332: Multiple Inheritance in ClassDeclaration

Status: PASS (12/12 tests)

Upgraded ClassDeclaration from single superClass string to vector with access specifiers (public/protected/private) and virtual inheritance flags. Backward compatible: legacy superClass field still works via getBases() migration. Added diamond inheritance detection via static hasDiamondInheritance() with BFS traversal.

Files modified:

• editor/src/ast/ClassDeclaration.h — BaseClass struct, addBase(), getBases(), hasDiamondInheritance() static method
• editor/src/ast/Serialization.h — baseClasses array serialization/deserialization with legacy superClass backward compat
• editor/src/CompactAST.h — getNodeName for ClassDeclaration, InterfaceDeclaration, MethodDeclaration
• editor/CMakeLists.txt — step332_test target

Files created:

• editor/tests/step332_test.cpp — 12 tests: backward compat, multiple bases, access specifiers, virtual inheritance, JSON roundtrip, diamond detection, legacy migration, addBase helper, full serialization roundtrip

Step 333: Template Class Declarations

Status: PASS (12/12 tests)

Extended GenericType with isClassTemplate flag and TypeParameter with isVariadic for variadic template packs. Added isCRTPClass() helper for CRTP pattern detection. Full serialization round-trip for both flags.

Files modified:

• editor/src/ast/GenericType.h — isCRTPClass() helper, isClassTemplate/isVariadic already had fields, replaced stub isCRTP()
• editor/src/ast/Serialization.h — isClassTemplate for GenericType, isVariadic for TypeParameter in propertiesToJson/createNode/setPropertiesFromJson
• editor/src/CompactAST.h — getNodeName for GenericType ("template:name"), TypeParameter
• editor/CMakeLists.txt — step333_test target

Files created:

• editor/tests/step333_test.cpp — 12 tests: isClassTemplate flag, isVariadic, CRTP detection, JSON roundtrip, CompactAST output

Step 334: C++ Parser — Inheritance + Templates

Status: PASS (12/12 tests)

Extended CppParser to extract multiple base classes from tree-sitter CST, including access specifiers and virtual keyword. Iterates ALL children (named + unnamed) of base_class_clause to detect virtual (unnamed node), access_specifier, and type identifiers.

Files modified:

• editor/src/ast/CppParser.h — Rewrote base_class_clause parsing to iterate all children with pending access/virtual state machine
• editor/CMakeLists.txt — step334_test target with tree-sitter libraries

Files created:

• editor/tests/step334_test.cpp — 12 tests: single/multiple inheritance, access specifiers, virtual, template classes, CRTP detection, struct default public

Step 335: C++ Generator — Inheritance + Templates

Status: PASS (12/12 tests)

Updated CppGenerator, PythonGenerator, and JavaGenerator to emit correct inheritance syntax using getBases(). C++ outputs access specifiers + virtual keyword + template prefix. Python outputs direct multiple inheritance. Java uses first base as extends, rest as implements.

Files modified:

• editor/src/ast/CppGeneratorTypes.h — visitClassDeclaration: template prefix from GenericType.isClassTemplate, multiple inheritance with access specifiers + virtual
• editor/src/ast/PythonGenerator.h — visitClassDeclaration: getBases() for multi-base
• editor/src/ast/JavaGenerator.h — visitClassDeclaration: extends + implements adaptation
• editor/CMakeLists.txt — step335_test target

Files created:

• editor/tests/step335_test.cpp — 12 tests: C++ multi-inheritance, access specifiers, virtual, template class, CRTP, cross-language (Python/Java/Rust), variadic templates, combined template + inheritance, method visibility, full roundtrip

Step 336: Phase 12c Integration Tests

Status: PASS (8/8 tests)

Full integration pipeline for C++ inheritance + templates. Parse real C++ classes with multiple inheritance, CRTP, and templates via tree-sitter, generate cross-language output, verify diamond detection, and JSON serialization roundtrip.

Files modified:

• editor/CMakeLists.txt — step336_test target with tree-sitter libraries

Files created:

• editor/tests/step336_test.cpp — 8 tests: parse Whetstone-style class, CRTP detection, parse→generate roundtrip, C++→Java extends+implements, C++→Python multi-base, template 3 params, diamond inheritance detection, mixed template+inheritance+virtual pipeline

Phase 12d: C++ AST Depth — Preprocessor, Enums, Namespaces

Step 337: Preprocessor AST Nodes

Status: PASS (12/12 tests)

Added first-class AST nodes for C++ preprocessor directives: IncludeDirective (path, isSystem), PragmaDirective (directive), MacroDefinition (name, parameters, body, isFunctionLike). Statement-level nodes that attach to Module children. Full JSON serialization roundtrip and CompactAST node name support.

Files created:

• editor/src/ast/PreprocessorNodes.h — IncludeDirective, PragmaDirective, MacroDefinition
• editor/tests/step337_test.cpp — 12 tests: construction, system vs local include, JSON roundtrip, pragma, function-like vs object-like macros, CompactAST names, module with mixed nodes, empty body, createNode dispatch

Files modified:

• editor/src/ast/Serialization.h — propertiesToJson/createNode/setPropertiesFromJson for all 3 preprocessor types
• editor/src/CompactAST.h — getNodeName for IncludeDirective, PragmaDirective, MacroDefinition
• editor/CMakeLists.txt — step337_test target

Step 338: EnumDeclaration + NamespaceDeclaration

Status: PASS (12/12 tests)

Added EnumDeclaration (scoped/unscoped, underlying type, EnumMember children), NamespaceDeclaration (with body children, supports nesting), and TypeAlias (using vs typedef). Full JSON serialization roundtrip and CompactAST names for all 4 types.

Files created:

• editor/src/ast/EnumNamespaceNodes.h — EnumDeclaration, EnumMember, NamespaceDeclaration, TypeAlias
• editor/tests/step338_test.cpp — 12 tests: construction, scoped vs unscoped enum, members with values, namespace with body, typedef vs using, JSON roundtrip for all 4 types, CompactAST names, nested namespace, enum inside namespace

Files modified:

• editor/src/ast/Serialization.h — propertiesToJson/createNode/setPropertiesFromJson for all 4 types
• editor/src/CompactAST.h — getNodeName for EnumDeclaration, EnumMember, NamespaceDeclaration, TypeAlias
• editor/CMakeLists.txt — step338_test target

Step 339: C++ Parser — Preprocessor, Enum, Namespace

Status: PASS (12/12 tests)

Extended CppParser to parse preprocessor directives (#include, #pragma, #define), enums (scoped/unscoped with values), namespaces (with recursive body parsing), and type aliases (using/typedef) from tree-sitter CST. Handles preproc_include, preproc_def, preproc_function_def, preproc_call, enum_specifier, namespace_definition, alias_declaration, and type_definition node types.

Files modified:

• editor/src/ast/Parser.h — Added PreprocessorNodes.h, EnumNamespaceNodes.h includes
• editor/src/ast/CppParser.h — Extended convertCppTranslationUnit dispatch, added convertCppInclude, convertCppMacroDef, convertCppPragma, convertCppEnum, convertCppNamespace, convertCppTypeAlias converter functions
• editor/CMakeLists.txt — step339_test target with tree-sitter libraries

Files created:

• editor/tests/step339_test.cpp — 12 tests: system/local include, pragma once, object-like/function-like macros, scoped/plain enums, namespace with body, using alias, typedef, mixed file, backward compat

Step 340: C++ Generator — Preprocessor, Enum, Namespace

Status: PASS (12/12 tests)

All 9 generators (C++, Python, Java, Rust, Go, JavaScript, Elisp, Kotlin, C#) now produce language-appropriate output for all 6 new AST node types: IncludeDirective, PragmaDirective, MacroDefinition, EnumDeclaration, NamespaceDeclaration, TypeAlias. ProjectionGenerator.h dispatch extended with 6 new branches + default visitor methods.

Files modified:

• editor/src/ast/ProjectionGenerator.h — 6 new virtual visitors + dispatch branches, added PreprocessorNodes.h + EnumNamespaceNodes.h includes
• editor/src/ast/CppGeneratorTypes.h — 6 visitor implementations (native C++ output)
• editor/src/ast/PythonGenerator.h — import, class(Enum), def macro, type alias
• editor/src/ast/JavaGenerator.h — import, enum, package, static final
• editor/src/ast/RustGenerator.h — use, enum, mod, macro_rules!, type alias
• editor/src/ast/GoGenerator.h — import, type+iota, package, const
• editor/src/ast/JavaScriptGenerator.h — import, Object.freeze enum, const, JSDoc typedef
• editor/src/ast/ElispGenerator.h — require, defconst enum, defmacro, defalias
• editor/src/ast/KotlinGenerator.h — import, enum class, package, typealias
• editor/src/ast/CSharpGenerator.h — using, enum, namespace, #pragma, type alias

Files created:

• editor/tests/step340_test.cpp — 12 tests: C++ include/enum/namespace output, Python/Java/Rust/Go enum adaptation, cross-language includes (8 generators), using/typedef, Kotlin+C# enum, pragma+define, all 9 generators non-empty for 6 types

Step 341: Phase 12d Integration + Sprint 12 Summary

Status: PASS (8/8 tests)

End-to-end integration tests for full C++ depth: realistic header parsing (includes

• pragma + namespace + enum + class + function), JSON roundtrip, enum-inside-namespace scoping, cross-language enum output (6 languages), combined namespace+class+enum pipeline, batch serialization verification, CompactAST names, self-hosting progress (simplified Whetstone header fragment parsed successfully).

Files created:

• editor/tests/step341_test.cpp — 8 integration tests

Key results:

• Phase 12d complete: all 5 steps pass (56/56 tests across steps 337–341)
• All 10 generators produce language-appropriate output for 6 new C++ node types
• C++ parser handles: preprocessor, enum class, namespace, type alias
• Self-hosting milestone: simplified Whetstone header fragment parses correctly
• Sprint 12 complete: all 4 phases pass (248/248 tests across steps 320–341)
• 56+ MCP tools, workflow engine, routing engine, review gates, C++ depth

---

Sprint 13 Progress — GUI Overhaul Phase 1

---

Step 351: Keybinding Registry

Status: PASS (12/12 tests)

Expanded the centralized keybinding registry so actions have stable bindings that can be displayed with symbols, matched from input state, and persisted to/from disk. This extends the earlier keybinding foundation with stronger runtime and persistence primitives for the upcoming command palette/menu work.

Files modified:

• editor/src/KeybindingRegistry.h — added:
  • KeyCombo::InputState and KeyCombo::matches(...) for key state matching
  • KeyCombo::keyToSymbol(...), normalizeKey(...), toSymbolsAuto(...)
  • KeybindingRegistry::getAll() alias for settings/UI consumption
  • KeybindingRegistry::processInput(...) -> optional<actionId>
  • KeybindingRegistry::saveToJson(path) and loadFromJsonFile(path)
• editor/CMakeLists.txt — step351_test target

Files created:

• editor/tests/step351_test.cpp — 12 tests covering:
  1. bind + retrieve
  2. default bindings
  3. KeyCombo::toString
  4. mac-style symbol rendering
  5. input processing match
  6. input processing no-match
  7. file save/load roundtrip
  8. rebinding
  9. conflict detection
  10. display symbol retrieval
  11. modifier bitmask helpers
  12. exact match behavior + getAll

Verification run:

• step343_test — PASS (12/12) regression coverage
• step350_test — PASS (8/8) latest completed sprint checkpoint
• step351_test — PASS (12/12) new step coverage

Step 352: Key Symbol Rendering

Status: PASS (12/12 tests)

Implemented a headless key symbol rendering layer for menus/tooltips/command palette UI data. The renderer now builds styled key badge data, action rows with shortcut columns, and multi-key chord strings in both text and symbol forms.

Files modified:

• editor/src/KeySymbolRenderer.h — added/expanded:
  • renderKeySymbol(...) (text badge) + backward-compatible renderKeyBadge(...)
  • renderKeyBadgeSymbols(..., macOS) for symbol mode
  • renderActionWithKey(..., theme, category) with layout metadata
  • overload preserving previous call shape
  • renderKeyChord(...) + renderKeyChordSymbols(..., macOS)
  • badge styling fields (padding/radius) and menu overlap heuristic
• editor/CMakeLists.txt — step352_test target

Files created:

• editor/tests/step352_test.cpp — 12 tests covering:
  1. single key badge rendering
  2. modifier+key rendering
  3. platform symbol output
  4. menu item label/shortcut layout data
  5. key chord text rendering
  6. badge background/border assignment
  7. theme color/font propagation
  8. empty binding behavior
  9. special key symbol mapping (Enter/Escape/Tab)
  10. long-label overlap check
  11. chord symbols rendering
  12. shouldRender behavior

Verification run:

• step351_test — PASS (12/12) regression coverage
• step352_test — PASS (12/12) new step coverage

Step 353: Command Palette

Status: PASS (12/12 tests)

Extended the command palette into a richer step-353 foundation: stateful open/close, selection movement, execute-selected behavior, and broadened fuzzy search over labels, ids, categories, and aliases. Added population helpers that pull actions from KeybindingRegistry and panel toggles from PanelManager.

Files modified:

• editor/src/CommandPalette.h — added:
  • palette state APIs: open(), close(), isOpen(), setQuery(), selectedIndex()
  • command metadata: icon, aliases
  • registration helpers: registerFromKeybindings(...), registerPanelToggles(...)
  • expanded fuzzy search scoring across label/id/category/aliases
  • selection navigation: moveSelection(...)
  • execution helper: executeSelected(...) with recent-use tracking
• editor/CMakeLists.txt — step353_test target

Files created:

• editor/tests/step353_test.cpp — 12 tests covering:
  1. open/close state
  2. fuzzy search by label
  3. fuzzy search by alias
  4. keybinding registry population
  5. panel toggle population
  6. execute selected action
  7. selection wrap behavior
  8. query reset behavior
  9. recent action ranking
  10. strict context filtering
  11. category-based matching
  12. no-match behavior

Verification run:

• step344_test — PASS (12/12) command palette integration regression
• step346_test — PASS (8/8) layout + palette integration regression
• step353_test — PASS (12/12) new step coverage

Step 354: Menu Bar with Key Symbols

Status: PASS (12/12 tests)

Added a structured menu bar model with File/Edit/View/Tools/Workflow/Help menus, key-symbol metadata on actions, separator grouping, action selection handling, and submenu support for help/documentation. Menu action labels/shortcuts are derived from KeybindingRegistry and rendered via KeySymbolRenderer so the symbol display path is consistent with step 352.

Files created:

• editor/src/MenuBar.h — headless menu model:
  • MenuItem / Menu / MenuBar
  • buildDefaults(...) for the full menu set
  • selection API (openMenu, selectItem) with close-on-select behavior
  • submenu metadata support and separator counting helpers
• editor/tests/step354_test.cpp — 12 tests covering:
  1. core menus present
  2. File Save shortcut
  3. Edit Undo shortcut
  4. View panel toggle actions
  5. Tools pipeline action
  6. correct action execution id
  7. key symbol visibility
  8. menu close after selection
  9. separator grouping
  10. workflow action presence
  11. submenu metadata
  12. invalid selection handling

Files modified:

• editor/CMakeLists.txt — step354_test target

Verification run:

• step352_test — PASS (12/12) regression coverage
• step353_test — PASS (12/12) regression coverage
• step354_test — PASS (12/12) new step coverage

Step 355: Phase 13c Integration — Keyboard Shortcuts Help Panel

Status: PASS (8/8 tests)

Integrated a dedicated keyboard-shortcuts panel model and connected the end-to-end keyboard flow across the keybinding registry, command palette, and menu bar. This provides grouped/filterable shortcut rows plus refresh-on-rebind behavior and a full keyboard-driven command execution path.

Files created:

• editor/src/KeyboardShortcutsPanel.h — panel data model:
  • visibility state, filter text, grouped rows by category
  • row projection from KeybindingRegistry (label/category/symbols)
  • customize-request signal (requestCustomize / consumeCustomizeRequest)
• editor/tests/step355_test.cpp — 8 integration tests:
  1. defaults appear in shortcuts panel
  2. Ctrl+S resolves to save action
  3. Ctrl+P opens command palette
  4. command palette entries include key symbols
  5. menu entries include key symbols
  6. rebind propagates to shortcuts panel
  7. symbol rendering works for current platform mode
  8. keyboard workflow: Ctrl+P → query pipeline → execute run-pipeline

Files modified:

• editor/src/KeybindingRegistry.h — added keyboard-shortcuts action and default binding (Ctrl+Shift+?) to support help-panel keyboard access
• editor/src/CommandPalette.h — added symbols field on command entries and populated symbol strings from keybindings
• editor/CMakeLists.txt — step355_test target

Verification run:

• step351_test — PASS (12/12) regression coverage
• step353_test — PASS (12/12) regression coverage
• step354_test — PASS (12/12) regression coverage
• step355_test — PASS (8/8) new integration coverage

Step 356: Breadcrumb Navigation

Status: PASS (12/12 tests)

Implemented a breadcrumb bar model that tracks AST path from module root to cursor node, supports click-based navigation targets, and exposes sibling lists for dropdown navigation. The model uses compact node names (getNodeName) and theme-derived colors for consistent visual integration.

Files created:

• editor/src/panels/BreadcrumbBar.h — headless breadcrumb model:
  • buildBreadcrumbBar(...) path generation from module/cursor
  • clickable navigation helper (navigateBreadcrumbClick)
  • sibling dropdown helpers (breadcrumbSiblings, breadcrumbSiblingNames)
  • theme color wiring + overflow signal for deep paths
• editor/tests/step356_test.cpp — 12 tests covering:
  1. module name segment
  2. cursor-driven nested updates
  3. click navigation
  4. sibling dropdown population
  5. empty-file fallback
  6. deep path overflow handling
  7. theme color usage
  8. annotation nodes in path
  9. compact naming for class/method
  10. out-of-range click safety
  11. root sibling behavior
  12. foreign-node fallback to module-only

Files modified:

• editor/CMakeLists.txt — step356_test target

Verification run:

• step354_test — PASS (12/12) regression coverage
• step355_test — PASS (8/8) regression coverage
• step356_test — PASS (12/12) new step coverage

Step 357: Status Bar

Status: PASS (12/12 tests)

Added a status-bar data model that provides left/center/right sections for language/file, cursor+encoding+line-ending, and diagnostics/workflow/MCP state. The model includes theme-driven colors, overflow signaling, and a diagnostics focus target for click handling.

Files created:

• editor/src/panels/StatusBar.h — headless status model:
  • StatusBarInput + StatusBarModel
  • buildStatusBar(...) section construction and overflow check
  • language badge color mapping
  • diagnostics click target helper
• editor/tests/step357_test.cpp — 12 tests covering:
  1. language badge
  2. cursor position updates
  3. diagnostic summary counts
  4. workflow badge visibility/content
  5. diagnostics click target
  6. theme color usage
  7. language switch behavior
  8. encoding display
  9. normal-fit no-overflow case
  10. overflow flag on extreme content
  11. line-ending display
  12. MCP connected/offline indicator

Files modified:

• editor/CMakeLists.txt — step357_test target

Verification run:

• step355_test — PASS (8/8) regression coverage
• step356_test — PASS (12/12) regression coverage
• step357_test — PASS (12/12) new step coverage

Step 358: Go-to-Definition + Go-to-Symbol

Status: PASS (12/12 tests)

Implemented headless navigation tooling for symbol discovery and jump resolution: file-level and project-level symbol lists, symbol filtering, icon/type metadata, and go-to-definition lookup with current-file preference and cross-file fallback.

Files created:

• editor/src/panels/NavigationTools.h — navigation model:
  • symbol collection (collectFileSymbols, collectProjectSymbols)
  • symbol filtering (filterSymbols)
  • F12-style definition lookup (goToDefinition)
  • no-match messaging (definitionStatusMessage)
  • line-order sorting and icon assignment
• editor/tests/step358_test.cpp — 12 tests covering:
  1. definition jump from function call
  2. file symbol listing
  3. project symbol listing
  4. icon presence by symbol type
  5. symbol filtering
  6. cross-file definition jump
  7. no-match message
  8. line-number sort order
  9. empty-query behavior
  10. case-insensitive filtering
  11. current-file definition preference
  12. null-call safety

Files modified:

• editor/CMakeLists.txt — step358_test target

Verification run:

• step356_test — PASS (12/12) regression coverage
• step357_test — PASS (12/12) regression coverage
• step358_test — PASS (12/12) new step coverage

Step 359: Find and Replace Improvements

Status: PASS (12/12 tests)

Implemented a find/replace bar model with in-file match tracking, current-match navigation, replace-current/replace-all flows, and project-wide search results. Model behavior includes open/close modes, highlight state, and match counter text.

Files created:

• editor/src/panels/FindReplaceBar.h — find/replace model:
  • find/replace visibility + mode toggles
  • query + match indexing + counter text
  • next/previous match navigation
  • replace-current and replace-all operations
  • project-wide search result generation
• editor/tests/step359_test.cpp — 12 tests covering:
  1. open find
  2. query-to-match filtering
  3. highlight visibility
  4. match counter formatting
  5. next-match cycling
  6. replace mode open
  7. replace-current operation
  8. project search results
  9. close behavior
  10. empty-query clears highlights
  11. previous-match cycling
  12. replace-all behavior

Files modified:

• editor/CMakeLists.txt — step359_test target

Verification run:

• step357_test — PASS (12/12) regression coverage
• step358_test — PASS (12/12) regression coverage
• step359_test — PASS (12/12) new step coverage

Step 360: Phase 13d Integration + Sprint 13 Summary

Status: PASS (8/8 tests)

Completed Phase 13d integration with end-to-end checks across keyboard navigation, go-to-definition, breadcrumb navigation, command palette search flows, status bar state transitions, key symbol visibility, and panel layout persistence.

Files created:

• editor/tests/step360_test.cpp — 8 integration tests:
  1. keyboard workflow + definition jump + breadcrumb back-navigation
  2. command palette find flow + project result navigation
  3. status bar response to buffer/language/cursor/diagnostic changes
  4. docked-panel invariant (no floating model state)
  5. theme consistency across navigation components
  6. key symbols in menu + palette + shortcuts panel
  7. layout snapshot/restore roundtrip
  8. sprint-level operational gates (docking/theme/keys/navigation)

Files modified:

• editor/CMakeLists.txt — step360_test target

Verification run:

• step358_test — PASS (12/12) regression coverage
• step359_test — PASS (12/12) regression coverage
• step360_test — PASS (8/8) phase integration coverage

Key results:

• Phase 13d complete: all 5 steps pass (56/56 tests across steps 356–360)
• Sprint 13 complete: all phases pass (212/212 tests across steps 342–360)
• Navigation foundation in place: breadcrumbs, status model, symbol navigation, find/replace model, and full keyboard-centric integration path
• Key symbol consistency validated across all primary interaction surfaces
• Post-sprint architecture gate passed: refactored MenuBar::buildDefaults into helper functions to satisfy the max function length constraint (<=80 lines), with step354_test, step355_test, and step360_test revalidated

---

Sprint 14 Progress — Language Batch 1

Step 361: C Parser — Functions, Structs, Enums

Status: PASS (12/12 tests)

Added a standalone C parser (regex/text-based, no new tree-sitter dependency) that handles core C declarations and preprocessor constructs needed for the pipeline entry point in Sprint 14.

Files created:

• editor/src/ast/CParser.h — C parser support:
  • parseC(...) and parseCWithDiagnostics(...)
  • preprocessor parsing: #include, #define (object/function-like), #pragma
  • header-guard shape recognition (#ifndef/#ifdef/#endif) into pragma-style nodes
  • C declarations: functions, structs, typedef-struct, enums (named + anonymous), top-level variables, function-pointer parameters
  • comment stripping for C line/block comments before declaration parsing
• editor/tests/step361_test.cpp — 12 tests covering:
  1. function parsing
  2. struct parsing
  3. typedef struct parsing
  4. enum parsing (named + anonymous)
  5. preprocessor directives
  6. static/extern qualifiers
  7. function-pointer parameter parsing
  8. pointer variable parsing
  9. multiple functions per file
  10. C++ parser backward compatibility
  11. C comment handling
  12. pipeline routing for "c" language + header-guard pattern

Files modified:

• editor/src/ast/Parser.h — include ast/CParser.h
• editor/src/Pipeline.h — add parse routing for language "c"
• editor/CMakeLists.txt — step361_test target

Verification run:

• step361_test — PASS (12/12) new step coverage
• step360_test — PASS (8/8) regression coverage

Step 362: C Generator

Status: PASS (12/12 tests)

Added a dedicated C generator and routed pipeline generation for "c". The generator emits C-oriented forms for structs, enums, typedefs, macros, includes, and method-name lowering for class-style methods.

Files created:

• editor/src/ast/CGenerator.h — C generation support:
  • module emission including statements/classes/functions
  • ClassDeclaration -> typedef struct ...
  • MethodDeclaration -> ClassName_method(...) naming
  • C null literal output (NULL)
  • C preprocessor and enum/type-alias output
• editor/tests/step362_test.cpp — 12 tests covering:
  1. function generation
  2. struct output
  3. typedef output
  4. enum output
  5. preprocessor output
  6. pointer type output
  7. owner/manual annotation comment presence
  8. class-to-struct generation
  9. method-to-C function naming
  10. comment prefix
  11. string/null literal behavior
  12. pipeline "c" generation route

Files modified:

• editor/src/ast/Generator.h — include CGenerator.h
• editor/src/Pipeline.h — add generate routing for language "c"
• editor/CMakeLists.txt — step362_test target

Verification run:

• step362_test — PASS (12/12) new step coverage
• step361_test — PASS (12/12) regression coverage
• step360_test — PASS (8/8) regression coverage

Step 363: C Memory Annotation Mapping

Status: PASS (12/12 tests)

Implemented C-specific memory and semantic annotation inference so C code now gets meaningful defaults and risk signals aligned with explicit-memory patterns.

Files created:

• editor/src/ProjectionAdaptation.h — extracted projection adaptation helpers:
  • C owner strategy adaptation for Rust targets (Manual -> Box, Transferred -> Moved)
  • pointer-type adaptation for Rust references (T* -> &T)

Files modified:

• editor/src/MemoryStrategyInference.h — C-specific memory inference:
  • module defaults: Owner(Manual), Lifetime(Scope), Reclaim(Explicit)
  • malloc/calloc detection: function-level owner/reclaim suggestions
  • pointer parameter inference: Owner(Borrowed)
  • pointer return inference by naming convention:
    • get*/borrow*/peek*/view* -> Owner(Borrowed)
    • otherwise -> Owner(Transferred)
  • local/static variable lifetime inference:
    • locals -> Lifetime(Scope)
    • static storage -> Lifetime(Static)
• editor/src/AnnotationInference.h — C pattern inference:
  • goto pattern -> Complexity(high) + Risk(medium)
  • unchecked array indexing -> BoundsCheck(unchecked)
  • void* usage -> Risk(high) + Ambiguity(medium)
  • header guard detection -> Synthetic(guard)
• editor/src/CrossLanguageProjector.h — uses ProjectionAdaptation helpers for ownership and pointer-type adaptation without exceeding header size limits
• editor/tests/step363_test.cpp — 12 tests covering defaults, C-specific rules, confidence bounds, header-guard synthesis, and C->Rust ownership adaptation
• editor/CMakeLists.txt — step363_test target

Verification run:

• step363_test — PASS (12/12) new step coverage
• step362_test — PASS (12/12) regression coverage
• step361_test — PASS (12/12) regression coverage
• step360_test — PASS (8/8) regression coverage

Architecture gate check:

• editor/src/CrossLanguageProjector.h remained under the 600-line cap after refactor by extracting target adaptation logic into editor/src/ProjectionAdaptation.h

Step 364: C Integration + Self-Hosting Prep

Status: PASS (8/8 tests)

Added phase-level integration coverage for the C pipeline and projection paths, including pipeline execution, C parser/generator roundtrip checks, ownership projection behavior, and MCP tool contract stability.

Files created:

• editor/tests/step364_test.cpp — 8 integration tests covering:
  1. C parse -> generate -> reparse declaration continuity
  2. C struct -> Python class-form generation
  3. Python class shape -> C struct + constructor-style method generation
  4. C manual ownership -> Rust Owner(Box) adaptation
  5. Pipeline.run(..., \"c\", \"cpp\") success path with generated output
  6. Combined C inference: malloc + pointer parameter + unchecked index access
  7. simplified dependency-style C header parsing
  8. MCP tools/list stability + run_pipeline language schema acceptance

Files modified:

• editor/src/CrossLanguageProjector.h — integration support:
  • copy classes and statements roles during projection
  • generic serialization fallback clone for unhandled declaration nodes
• editor/CMakeLists.txt — step364_test target with parser-linked test deps

Verification run:

• step364_test — PASS (8/8) new step coverage
• step363_test — PASS (12/12) regression coverage
• step362_test — PASS (12/12) regression coverage
• step361_test — PASS (12/12) regression coverage
• step360_test — PASS (8/8) regression coverage

Architecture gate check:

• editor/src/CrossLanguageProjector.h remains within header size limit (596 lines <= 600)

Step 365: WAT Parser

Status: PASS (12/12 tests)

Added a standalone WebAssembly text-format parser (wat/wasm) and wired it into the shared parsing pipeline.

Files created:

• editor/src/ast/WatParser.h — WAT parser support:
  • parseWat(...) and parseWatWithDiagnostics(...)
  • balanced-expression scanning inside (module ...)
  • function parsing for params/results/locals
  • import/export/global/memory/table top-level mapping
  • instruction-shape mapping for i32.add, call, if, block, loop
  • line-comment stripping for ;; ...
• editor/tests/step365_test.cpp — 12 tests covering:
  1. module parsing
  2. function params/results
  3. locals
  4. exports
  5. imports
  6. globals
  7. i32.add mapping
  8. call mapping
  9. if mapping
  10. block/loop mapping
  11. empty module
  12. pipeline wat and wasm routing + type preservation

Files modified:

• editor/src/ast/Parser.h — include ast/WatParser.h
• editor/src/Pipeline.h — add parse routing for \"wat\" and \"wasm\"
• editor/CMakeLists.txt — step365_test target

Verification run:

• step365_test — PASS (12/12) new step coverage
• step364_test — PASS (8/8) regression coverage
• step363_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/WatParser.h is within header size limit (231 lines)

Step 366: WAT Generator

Status: PASS (12/12 tests)

Added a dedicated WAT generator and integrated wat/wasm generation routing in the shared pipeline.

Files created:

• editor/src/ast/WatGenerator.h — WAT generation support:
  • module emission in s-expression format
  • function emission with (param ...) / (result ...)
  • primitive type mapping to WAT types (i32, i64, f32, f64)
  • instruction emission for arithmetic, calls, if/else, and block constructs
  • import emission and pragma-driven memory/table/export output
  • annotation comment output using WAT prefix (;; )
• editor/tests/step366_test.cpp — 12 tests covering:
  1. function generation
  2. module s-expression formatting
  3. type mapping
  4. arithmetic lowering to stack ops
  5. if/else output
  6. function call output
  7. export output
  8. import output
  9. annotation comment prefix
  10. Python -> WAT pipeline route
  11. parse->generate->parse roundtrip
  12. balanced parentheses invariant

Files modified:

• editor/src/ast/Generator.h — include WatGenerator.h
• editor/src/Pipeline.h — add generate routing for \"wat\" and \"wasm\"
• editor/CMakeLists.txt — step366_test target

Verification run:

• step366_test — PASS (12/12) new step coverage
• step365_test — PASS (12/12) regression coverage
• step364_test — PASS (8/8) regression coverage
• step363_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/WatGenerator.h is within header size limit (219 lines)

Step 367: WAT Annotation Mapping

Status: PASS (12/12 tests)

Implemented WAT-specific annotation inference for execution model, linkage, and memory-layout signals, plus WAT memory-strategy defaults.

Files created:

• editor/tests/step367_test.cpp — 12 tests covering:
  1. function -> Exec(stack)
  2. memory operations -> Owner(Manual)
  3. export -> Visibility(public)
  4. import -> Link(import)
  5. WAT defaults (Owner(Manual), Reclaim(Explicit))
  6. table dispatch -> Shim(vtable)
  7. memory declaration -> Align + Layout(linear)
  8. confidence bounds
  9. annotation preservation through projection to C
  10. Semanno emit/parse roundtrip
  11. pipeline parse + inference integration
  12. WAT -> C -> WAT annotation roundtrip preservation

Files modified:

• editor/src/MemoryStrategyInference.h — WAT defaults and memory-op rule:
  • module defaults for wat/wasm
  • function memory-op detection (memory.*, *.load, *.store)
• editor/src/AnnotationInference.h — WAT-specific pattern inference:
  • function-level Exec(stack)
  • import/export mapping to Link/Visibility
  • table mapping to Shim(vtable)
  • memory mapping to Align + Layout(linear)
• editor/CMakeLists.txt — step367_test target

Verification run:

• step367_test — PASS (12/12) new step coverage
• step366_test — PASS (12/12) regression coverage
• step365_test — PASS (12/12) regression coverage
• step364_test — PASS (8/8) regression coverage

Architecture gate check:

• editor/src/AnnotationInference.h remains within header size limit (589 lines <= 600)

Step 368: WAT Cross-Language Projection

Status: PASS (12/12 tests)

Added cross-language WAT projection coverage across pipeline and direct projection paths (Python/C/Rust/Java), including annotation and metadata preservation checks.

Files created:

• editor/tests/step368_test.cpp — 12 tests covering:
  1. Python -> WAT
  2. C -> WAT
  3. WAT -> Python
  4. WAT -> C
  5. WAT -> Rust
  6. Java -> WAT
  7. Python -> WAT -> Python identity check
  8. WAT <-> C annotation preservation
  9. import metadata preservation through projection
  10. multi-function WAT -> C output generation
  11. Semanno roundtrip on projected annotation data
  12. WAT-source pipeline run success

Files modified:

• editor/CMakeLists.txt — step368_test target

Verification run:

• step368_test — PASS (12/12) new step coverage
• step367_test — PASS (12/12) regression coverage
• step366_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/tests/step368_test.cpp remains within project file-size guidance for test artifacts (162 lines)

Step 369: Phase 14b Integration

Status: PASS (8/8 tests)

Added phase-level integration validation for WAT as both source and target, including compact AST coverage, malformed-source diagnostics, sidecar persistence, and MCP contract checks.

Files created:

• editor/tests/step369_test.cpp — 8 integration tests covering:
  1. parse WAT -> generate WAT validity
  2. C -> WAT -> C roundtrip path
  3. broad multi-language -> WAT pipeline targeting coverage
  4. WAT annotation completeness checks
  5. compact AST node coverage on WAT module
  6. malformed WAT diagnostic detection
  7. Semanno sidecar save/load on .wat path
  8. MCP whetstone_run_pipeline language-parameter compatibility

Files modified:

• editor/src/ast/WatParser.h — parseWatWithDiagnostics(...) now reports:
  • unmatched/unbalanced parenthesis errors
  • missing module-form warning
• editor/CMakeLists.txt — step369_test target

Verification run:

• step369_test — PASS (8/8) new step coverage
• step368_test — PASS (12/12) regression coverage
• step367_test — PASS (12/12) regression coverage
• step366_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/WatParser.h remains within header-size limit after diagnostic additions (248 lines <= 600)

Step 370: Common Lisp Parser

Status: PASS (12/12 tests)

Added a dedicated Common Lisp parser with S-expression parsing and direct mapping for core CL forms into the Whetstone AST, including CLOS and macro surface forms.

Files created:

• editor/src/ast/CommonLispParser.h — Common Lisp parse support:
  • recursive S-expression reader with comment/string handling
  • top-level form conversion for defun, defmethod, defclass, defvar/defparameter, and defmacro
  • expression conversion for if, cond, let, lambda, loop forms, funcall/apply, quote, and values
  • convention handling for package-qualified symbols and *earmuff* dynamic-variable detection
  • (declare (type ...)) mapping to parameter type nodes
• editor/tests/step370_test.cpp — 12 tests covering:
  1. defun parsing
  2. defclass parsing
  3. lambda parsing
  4. let binding/scope mapping
  5. if/cond mapping
  6. loop/do/dotimes mapping
  7. defmacro mapping
  8. quote shorthand and @Meta(quoted) annotation mapping
  9. dynamic *earmuff* variable annotation
  10. deep nested S-expression parsing
  11. mixed top-level definitions in one source
  12. CLOS method parsing + pipeline language alias routing

Files modified:

• editor/src/ast/Parser.h — include ast/CommonLispParser.h
• editor/src/Pipeline.h — add parse routing for \"common-lisp\", \"commonlisp\", \"lisp\", and \"cl\"
• editor/CMakeLists.txt — step370_test target

Verification run:

• step370_test — PASS (12/12) new step coverage
• step369_test — PASS (8/8) regression coverage
• step365_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/CommonLispParser.h is within header size limit (598 lines <= 600)

Step 371: Common Lisp Generator

Status: PASS (12/12 tests)

Added a dedicated Common Lisp generator and integrated target-language routing for Common Lisp aliases in the pipeline.

Files created:

• editor/src/ast/CommonLispGenerator.h — Common Lisp generation support:
  • module/function emission as idiomatic S-expressions
  • defclass + defmethod output for CLOS class/method projection
  • typed parameter declarations via (declare (type ...))
  • let emission from block-scoped variable statements
  • macro emission via defmacro
  • function-level exception annotation mapping to handler-case wrappers
  • comment prefix alignment (;; ) with explicit owner annotation formatting
• editor/tests/step371_test.cpp — 12 tests covering:
  1. defun generation
  2. defclass output
  3. lambda output
  4. let binding emission
  5. S-expression shape / balanced output
  6. typed declare emission
  7. Python -> Common Lisp pipeline route
  8. Java -> Common Lisp pipeline route
  9. Semanno comment prefix (;;)
  10. parse -> generate -> parse roundtrip
  11. CLOS method dispatch output
  12. condition-system wrapper from exception annotation

Files modified:

• editor/src/ast/Generator.h — include CommonLispGenerator.h
• editor/src/Pipeline.h — add generate routing for \"common-lisp\", \"commonlisp\", \"lisp\", and \"cl\"
• editor/CMakeLists.txt — step371_test target

Verification run:

• step371_test — PASS (12/12) new step coverage
• step370_test — PASS (12/12) regression coverage
• step369_test — PASS (8/8) regression coverage
• step366_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/CommonLispGenerator.h remains within header-size limit (267 lines <= 600)

Step 372: Lisp Annotation Mapping

Status: PASS (12/12 tests)

Added Lisp-focused annotation inference coverage for macros, dynamic bindings, multi-value contracts, method dispatch signals, and optimize/declaration forms, plus Common Lisp memory-strategy defaults.

Files created:

• editor/src/AnnotationInferenceLisp.h — extracted Lisp-specific inference helpers:
  • macro inference (Meta(quoted) + Synthetic(macro))
  • dynamic vs lexical binding inference (Binding(dynamic|static))
  • CL form pattern checks for values, declare(type ...), and optimize
  • CLOS method synthetic hint inference
• editor/tests/step372_test.cpp — 12 tests covering:
  1. macro -> Meta(quoted)
  2. dynamic variable -> Binding(dynamic)
  3. values -> multi-value Contract
  4. tail-recursive function -> TailCall
  5. CLOS class -> Visibility(public)
  6. optimize declaration -> Policy(perf=critical, style=literal)
  7. Common Lisp GC defaults (Reclaim(Tracing), Owner(Shared_GC))
  8. confidence bounds and strong signals
  9. Binding(dynamic) preservation through CL -> Python projection
  10. Binding(dynamic) preservation through CL -> C++ projection
  11. declare(type ...) -> Complexity(declared-type)
  12. method synthetic hint for CLOS dispatch

Files modified:

• editor/src/AnnotationInference.h — integrate Lisp inference hooks while preserving architecture line limits
• editor/src/MemoryStrategyInference.h — add Common Lisp module defaults for GC
• editor/CMakeLists.txt — step372_test target

Verification run:

• step372_test — PASS (12/12) new step coverage
• step371_test — PASS (12/12) regression coverage
• step370_test — PASS (12/12) regression coverage
• step369_test — PASS (8/8) regression coverage
• step367_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/AnnotationInference.h remains within header-size limit (599 lines <= 600)
• editor/src/MemoryStrategyInference.h remains within header-size limit (384 lines <= 600)

Step 373: Common Lisp Integration

Status: PASS (8/8 tests)

Added phase-level integration validation for Common Lisp parse/generate roundtrips, cross-language projection paths, inference integration, and CL artifact compatibility with Semanno and compact AST tooling.

Files created:

• editor/tests/step373_test.cpp — 8 integration tests covering:
  1. Common Lisp parse -> generate -> parse roundtrip shape
  2. Python class -> Common Lisp CLOS generation path
  3. Common Lisp defclass retained through Python projection
  4. Common Lisp class hierarchy retained through Java projection
  5. Common Lisp annotation inference integration (macro/dynamic/tail-call)
  6. Semanno sidecar save/load roundtrip on .lisp path
  7. Pipeline.run() success with Common Lisp source
  8. compact AST node naming on Common Lisp module

Files modified:

• editor/CMakeLists.txt — step373_test target

Verification run:

• step373_test — PASS (8/8) new step coverage
• step372_test — PASS (12/12) regression coverage
• step371_test — PASS (12/12) regression coverage
• step370_test — PASS (12/12) regression coverage
• step369_test — PASS (8/8) regression coverage

Architecture gate check:

• editor/tests/step373_test.cpp remains within project file-size guidance for test artifacts (147 lines)

Step 374: Scheme Parser

Status: PASS (12/12 tests)

Added a dedicated Scheme parser with S-expression parsing and Scheme-specific form mapping into the Whetstone AST, including continuation and hygienic macro signals.

Files created:

• editor/src/ast/SchemeParser.h — Scheme parse support:
  • recursive S-expression reader with Scheme comment and quote handling
  • top-level mapping for define (function/value) and define-syntax
  • expression mapping for lambda, let/let*/letrec, if, cond, do, begin, call-with-current-continuation/call/cc, quote, and values
  • continuation call mapping with Exec(mode=continuation) annotation
  • define-syntax mapping to MacroDefinition with hygienic Meta signal
• editor/tests/step374_test.cpp — 12 tests covering:
  1. define function parsing
  2. define variable parsing
  3. lambda parsing
  4. let variants mapping
  5. if/cond mapping
  6. do loop mapping
  7. call/cc continuation annotation mapping
  8. define-syntax hygienic macro mapping
  9. values contract mapping
  10. begin sequence mapping
  11. deep nesting parsing
  12. mixed forms + pipeline scheme/scm routing + malformed diagnostics

Files modified:

• editor/src/ast/Parser.h — include ast/SchemeParser.h
• editor/src/Pipeline.h — add parse routing for \"scheme\" and \"scm\"
• editor/CMakeLists.txt — step374_test target

Verification run:

• step374_test — PASS (12/12) new step coverage
• step373_test — PASS (8/8) regression coverage
• step372_test — PASS (12/12) regression coverage
• step371_test — PASS (12/12) regression coverage
• step370_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/SchemeParser.h is within header size limit (461 lines <= 600)

Step 375: Scheme Generator

Status: PASS (12/12 tests)

Added a dedicated Scheme generator and pipeline generation routing for Scheme targets, with Scheme-specific output conventions and continuation/tail-call annotation handling.

Files created:

• editor/src/ast/SchemeGenerator.h — Scheme generation support:
  • module/function/variable emission using define forms
  • Scheme-flavored block lowering (let / begin)
  • boolean/null mapping to #t, #f, and '()
  • continuation-aware call lowering to call/cc
  • record-style class projection output (define-record-type)
  • Scheme semanno comment output for owner/tail-call/exec annotations
• editor/tests/step375_test.cpp — 12 tests covering:
  1. define-function generation
  2. lambda output
  3. let binding output
  4. boolean mapping
  5. S-expression balance/formatting
  6. Python -> Scheme pipeline route
  7. Common Lisp -> Scheme pipeline route
  8. Scheme -> Python pipeline route
  9. semanno comment prefix behavior
  10. parse -> generate -> parse roundtrip
  11. tail-call annotation preservation in output
  12. continuation annotation mapping to call/cc

Files modified:

• editor/src/ast/Generator.h — include SchemeGenerator.h
• editor/src/Pipeline.h — add generate routing for \"scheme\" and \"scm\"
• editor/CMakeLists.txt — step375_test target

Verification run:

• step375_test — PASS (12/12) new step coverage
• step374_test — PASS (12/12) regression coverage
• step373_test — PASS (8/8) regression coverage
• step372_test — PASS (12/12) regression coverage
• step371_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ast/SchemeGenerator.h is within header size limit (159 lines <= 600)

Step 376: Scheme-Specific Annotations + CL Differentiation

Status: PASS (12/12 tests)

Added Scheme-specific inference signals and explicit Common Lisp vs Scheme differentiation rules in annotation inference, plus Scheme memory defaults in memory-strategy inference.

Files created:

• editor/tests/step376_test.cpp — 12 tests covering:
  1. Scheme tail recursion -> TailCall
  2. call/cc -> Exec(continuation)
  3. define-syntax -> Meta(hygienic)
  4. CL -> Scheme projection path
  5. Scheme -> CL projection path
  6. GC defaults for both Scheme and CL
  7. differentiated macro meta states (quoted vs hygienic)
  8. differentiated binding states (dynamic vs parameter)
  9. differentiated exception styles (condition vs guard)
  10. Scheme/CL annotation fidelity through projection
  11. tail-recursive loop idiom signal (Loop(tail-recursive))
  12. confidence bound checks

Files modified:

• editor/src/AnnotationInferenceLisp.h — add Lisp/Scheme-specific inference:
  • continuation detection (call/cc, call-with-current-continuation)
  • parameter-binding detection (make-parameter)
  • condition-vs-guard exception style differentiation
  • tail-recursive loop signal (LoopAnnotation: tail-recursive)
  • macro meta-state differentiation via existing hygienic/quoted metadata
• editor/src/MemoryStrategyInference.h — add Scheme defaults:
  • include scheme/scm in tracing-GC defaults
  • shared GC ownership default for Lisp-family modules
• editor/CMakeLists.txt — step376_test target

Verification run:

• step376_test — PASS (12/12) new step coverage
• step375_test — PASS (12/12) regression coverage
• step374_test — PASS (12/12) regression coverage
• step373_test — PASS (8/8) regression coverage
• step372_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/AnnotationInference.h remains within header-size limit (599 lines <= 600)
• editor/src/MemoryStrategyInference.h remains within header-size limit (384 lines <= 600)
• editor/src/AnnotationInferenceLisp.h remains within header-size guidance (129 lines)

Step 377: Phase 14d Integration + Sprint 14 Summary

Status: PASS (8/8 tests)

Completed phase-level integration validation for Scheme and finalized Sprint 14 with cross-language interoperability checks across C, WAT, Common Lisp, and Scheme.

Files created:

• editor/tests/step377_test.cpp — 8 integration tests covering:
  1. all 14 language parse/generate route smoke checks
  2. C <-> WAT <-> Common Lisp <-> Scheme projection matrix
  3. Lisp-source -> WAT generation path
  4. C -> Common Lisp memory-default translation validation
  5. Semanno comment-prefix correctness across the 4 new languages
  6. language-appropriate annotation defaults across the 4 new languages
  7. Pipeline.run() success with each of the 4 new languages as source
  8. Sprint 14 route/matrix totals sanity checks

Files modified:

• editor/CMakeLists.txt — step377_test target

Verification run:

• step377_test — PASS (8/8) new step coverage
• step376_test — PASS (12/12) regression coverage
• step375_test — PASS (12/12) regression coverage
• step374_test — PASS (12/12) regression coverage
• step373_test — PASS (8/8) regression coverage

Sprint 14 completion snapshot (Steps 361-377):

• Phase 14a (C): complete
• Phase 14b (WAT): complete
• Phase 14c (Common Lisp): complete
• Phase 14d (Scheme): complete
• Sprint 14 integration: complete

Architecture gate check:

• editor/tests/step377_test.cpp remains within project file-size guidance for test artifacts (188 lines)

Step 378: Orchestrator Core Main Loop

Status: PASS (12/12 tests)

Implemented Sprint 15 orchestration-loop core as a dedicated workflow engine that advances ready work items through routing, context assembly, execution, review, completion, and blocker reporting.

Files created:

• editor/src/WorkflowOrchestrator.h — orchestration core:
  • step() (advance one ready item one stage-set)
  • advance() (advance all currently ready items)
  • runToCompletion() (progress until no further non-blocked progress)
  • runUntil(predicate) (predicate-controlled progression)
  • getBlockers() with typed blockers: needs-human, needs-review, needs-external-model
  • event stream via OrchestratorEvent (routed, context-assembled, executed, auto-approved, sent-to-review, completed, blocked)
• editor/tests/step378_test.cpp — 12 tests covering:
  1. single deterministic/template completion in one step
  2. dependency cascade promotion
  3. human-task blocker classification
  4. agent-task external-model blocker classification
  5. runToCompletion() deterministic completion behavior
  6. stage event emission coverage
  7. review blocker reporting
  8. empty-workflow no-op behavior
  9. mixed workflow partial progress behavior
  10. runUntil(...) predicate stop behavior
  11. blocked-event detail payload includes blockers
  12. agent context payload preservation

Files modified:

• editor/CMakeLists.txt — step378_test target

Verification run:

• step378_test — PASS (12/12) new step coverage
• step377_test — PASS (8/8) regression coverage
• step376_test — PASS (12/12) regression coverage
• step375_test — PASS (12/12) regression coverage
• step331_test — PASS (8/8) orchestration-foundation regression

Architecture gate check:

• editor/src/WorkflowOrchestrator.h is within header size limit (231 lines <= 600)

Step 379: Parallel Dispatch + Batching

Status: PASS (12/12 tests)

Extended the orchestration engine with explicit batch advancement, shared project-context reuse, and batch-level progress accounting.

Files created:

• editor/tests/step379_test.cpp — 12 tests covering:
  1. independent tasks advancing in one batch
  2. shared project-context token savings
  3. blocked item accounting in batch results
  4. dependency waiting behavior in batch mode
  5. priority ordering in batch event stream
  6. empty-batch behavior
  7. single-item batch behavior
  8. mixed independent/dependent behavior
  9. advance() compatibility over batched events
  10. shared-context event marker emission
  11. review-path handling in batch mode
  12. runToCompletion() stop on blockers

Files modified:

• editor/src/WorkflowOrchestrator.h — add batch orchestration support:
  • BatchResult struct (events, itemsAdvanced, itemsBlocked, contextTokensSaved)
  • advanceBatch() for multi-item ready-queue advancement
  • shared project-context reuse path with token-savings accounting
  • advance() now returns advanceBatch().events for API continuity
  • event detail now indicates shared project-context reuse
• editor/CMakeLists.txt — step379_test target

Verification run:

• step379_test — PASS (12/12) new step coverage
• step378_test — PASS (12/12) regression coverage
• step377_test — PASS (8/8) regression coverage
• step331_test — PASS (8/8) workflow-foundation regression
• step325_test — PASS (8/8) workflow-state regression

Architecture gate check:

• editor/src/WorkflowOrchestrator.h remains within header-size limit (284 lines <= 600)

Step 380: Feedback Loop — Rejection Re-Routing

Status: PASS (12/12 tests)

Implemented rejection-aware rerouting in the orchestration loop with attempt-history preservation, stepwise escalation, and feedback-aware context assembly for re-attempts.

Files created:

• editor/tests/step380_test.cpp — 12 tests covering:
  1. review rejection re-enters ready queue
  2. rejection feedback appears in next worker context bundle
  3. first escalation template/deterministic -> slm
  4. second escalation slm -> llm
  5. third escalation llm -> human
  6. rejection history metadata preservation
  7. multi-rejection accumulation
  8. reviewer feedback-hints (context=..., worker=...) applied
  9. context widening after rejection
  10. no escalation-level skipping across repeated rejections
  11. human rejection remains human-routed
  12. rejection count tracking + reject-state guard

Files modified:

• editor/src/WorkItem.h — add RejectionAttempt history on WorkItem, add first-class rejectionFeedback field, and JSON serialization/deserialization support for both
• editor/src/RoutingEngine.h — add routeWithHistory(...) and stepwise escalateWorker(...) policy that advances one level per rejection (template/deterministic -> slm -> llm -> human) without skipping
• editor/src/WorkflowOrchestrator.h — add rejectAndRequeue(...), preserve attempt metadata, apply reviewer feedback hints, and route with rejection history
• editor/src/ContextAssembler.h — include first-class rejection feedback in WorkerContext.feedbackFromRejection (with backward-compatible fallback)
• editor/CMakeLists.txt — step380_test target

Verification run:

• step380_test — PASS (12/12) new step coverage
• step379_test — PASS (12/12) regression coverage
• step378_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/WorkflowOrchestrator.h within header-size limit (324 <= 600)
• editor/src/RoutingEngine.h within header-size limit (242 <= 600)
• editor/src/WorkItem.h within header-size limit (260 <= 600)
• editor/src/ContextAssembler.h within header-size limit (192 <= 600)
• editor/tests/step380_test.cpp within test-file size guidance (281 lines)

Step 381: Progress Tracking + ETA

Status: PASS (12/12 tests)

Implemented a standalone workflow-progress tracker that consumes orchestrator events and produces progress snapshots with completion %, throughput, ETA, worker metrics, blockers, and timeline entries.

Files created:

• editor/src/WorkflowProgress.h — progress aggregation API:
  • WorkflowProgress::recordEvent(...)
  • WorkflowProgress::getSnapshot()
  • WorkflowProgress::getTimeline()
  • WorkflowProgress::getWorkerStats()
  • ProgressSnapshot, WorkerStats, TimelineEntry with JSON serialization
• editor/tests/step381_test.cpp — 12 tests covering:
  1. completion-percent accuracy
  2. throughput (itemsPerMinute) calculation
  3. ETA bound sanity for uniform completion cadence
  4. per-worker metric aggregation
  5. rejection-rate tracking
  6. timeline event recording
  7. empty-workflow snapshot behavior
  8. blocker propagation into snapshots
  9. snapshot JSON field coverage
  10. completion monotonicity across rejection events
  11. startedAt/lastActivityAt tracking
  12. total-item fallback via observed item IDs

Files modified:

• editor/CMakeLists.txt — step381_test target

Verification run:

• step381_test — PASS (12/12) new step coverage
• step380_test — PASS (12/12) regression coverage
• step379_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/WorkflowProgress.h within header-size limit (303 <= 600)
• editor/tests/step381_test.cpp within test-file size guidance (196 lines)

Step 382: Orchestrator RPC + MCP

Status: PASS (12/12 tests)

Added orchestrator control RPC methods and MCP tool bindings so a client can step/advance workflows, run deterministic items, inspect blockers/progress, and submit external model output back into the workflow loop.

Files created:

• editor/src/HeadlessOrchestratorRPC.h — extracted orchestrator RPC handling:
  • orchestrateStep
  • orchestrateAdvance
  • orchestrateRunDeterministic
  • getBlockers
  • getProgress
  • submitExternalResult
  • event/blocker JSON serialization helpers and buffer-context collection
• editor/tests/step382_test.cpp — 12 tests covering:
  1. orchestrateStep advances one task
  2. orchestrateAdvance processes batch
  3. orchestrateRunDeterministic stops at blockers
  4. getBlockers reports human blockers
  5. getProgress snapshot shape
  6. submitExternalResult accepts LLM output and advances lifecycle
  7. Linter role can read progress but cannot orchestrate
  8. MCP tool registration for all 6 orchestrator tools
  9. MCP whetstone_orchestrate_run_deterministic callback wiring
  10. combined deterministic + external-submit + progress flow
  11. submit-result worker-type guard
  12. no-workflow guard behavior

Files modified:

• editor/src/HeadlessAgentRPCHandler.h — delegated orchestrator-method handling to tryHandleHeadlessOrchestratorRPC(...)
• editor/src/HeadlessEditorState.h — add workflowProgress state
• editor/src/AgentPermissionPolicy.h — permissions for new orchestrator methods (getProgress/getBlockers read-only, orchestration/submit methods write)
• editor/src/MCPServer.h — register orchestrator MCP tools:
  • whetstone_orchestrate_step
  • whetstone_orchestrate_advance
  • whetstone_orchestrate_run_deterministic
  • whetstone_get_blockers
  • whetstone_get_progress
  • whetstone_submit_result
• editor/CMakeLists.txt — step382_test target

Verification run:

• step382_test — PASS (12/12) new step coverage
• step381_test — PASS (12/12) regression coverage
• step380_test — PASS (12/12) regression coverage
• step379_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/HeadlessOrchestratorRPC.h within header-size limit (287 <= 600)
• editor/src/WorkflowProgress.h within header-size limit (303 <= 600)
• editor/tests/step382_test.cpp within test-file size guidance (250 lines)
• Legacy oversized headers remain and should be split in follow-up:
  • editor/src/HeadlessAgentRPCHandler.h (2623 > 600)
  • editor/src/MCPServer.h (1652 > 600)

Step 383: Phase 15a Integration Tests

Status: PASS (8/8 tests)

Added end-to-end integration validation for Sprint 15a orchestration behavior: mixed deterministic/agent/human flows, dependency gating, rejection escalation, shared-context optimization, progress tracking, external-result submission, and MCP orchestration tool loop closure.

Files created:

• editor/tests/step383_test.cpp — 8 integration tests covering:
  1. mixed 5-item workflow partial deterministic completion profile
  2. dependency-chain progression constraints
  3. rejection escalation through deterministic -> slm -> llm
  4. shared project-context token-savings path
  5. progress snapshot updates during orchestration
  6. submitExternalResult completion path for agent-prepared task
  7. blocker-category surfacing (needs-human, needs-external-model)
  8. MCP end-to-end loop (run_deterministic -> submit_result -> get_progress)

Files modified:

• editor/CMakeLists.txt — step383_test target

Verification run:

• step383_test — PASS (8/8) new integration coverage
• step382_test — PASS (12/12) regression coverage
• step381_test — PASS (12/12) regression coverage
• step380_test — PASS (12/12) regression coverage

Sprint 15a completion snapshot (Steps 378-383):

• Step 378: orchestrator core loop
• Step 379: batching + shared-context optimization
• Step 380: rejection rerouting feedback loop
• Step 381: progress/ETA tracking
• Step 382: orchestrator RPC + MCP tools
• Step 383: phase integration coverage

Architecture gate check (end of Sprint 15a):

• editor/tests/step383_test.cpp within test-file size guidance (222 lines)
• editor/src/HeadlessOrchestratorRPC.h within header-size limit (287 <= 600)
• editor/src/WorkflowProgress.h within header-size limit (303 <= 600)
• Legacy oversized headers persist and need planned split before Sprint 15b+:
  • editor/src/HeadlessAgentRPCHandler.h (2623 > 600)
  • editor/src/MCPServer.h (1652 > 600)

Step 384: Workflow Session Protocol

Status: PASS (12/12 tests)

Implemented a formal MCP workflow-session protocol model with explicit phases, transition validation, command-history tracking, workflow-state phase inference, and next-action guidance for clients.

Files created:

• editor/src/WorkflowProtocol.h — protocol model:
  • WorkflowSession (session metadata + command history)
  • ProtocolAction (phase + suggested command + reason)
  • phase helpers: workflowProtocolPhases, validateTransition, protocolPhaseForCommand, recordWorkflowCommand
  • workflow-aware helpers: detectProtocolPhaseFromWorkflow, getNextAction, getSessionSummary
• editor/tests/step384_test.cpp — 12 tests covering:
  1. phase-order transition validity
  2. invalid transition rejection
  3. per-phase next-action suggestions
  4. command-history tracking
  5. session-summary accuracy
  6. complete-phase auto-detection from workflow
  7. assist-phase auto-detection from workflow
  8. session JSON roundtrip persistence
  9. empty-project plan behavior
  10. unknown-phase guards
  11. monotonic phase advancement via command recording
  12. workflow-aware next-action override

Files modified:

• editor/CMakeLists.txt — step384_test target

Verification run:

• step384_test — PASS (12/12) new step coverage
• step383_test — PASS (8/8) regression coverage
• step382_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/WorkflowProtocol.h within header-size limit (185 <= 600)
• editor/tests/step384_test.cpp within test-file size guidance (177 lines)

Step 385: Context Bundle Format

Status: PASS (12/12 tests)

Standardized the external-model context contract with a structured bundle, prompt rendering, JSON transport format, and token estimation utilities.

Files created:

• editor/src/ContextBundle.h — context bundle model:
  • ContextBundle + AttemptSummary
  • buildBundle(workItem, workerContext, routingDecision)
  • bundleToPrompt(bundle) (model-agnostic prompt rendering)
  • bundleToJson(bundle) / ContextBundle::fromJson(...)
  • estimateBundleTokens(bundle)
• editor/tests/step385_test.cpp — 12 tests covering:
  1. required bundle field population
  2. prompt structure readability
  3. rejection-history inclusion
  4. token-estimate reasonableness
  5. routing budget propagation
  6. annotation-constraint extraction
  7. intent propagation
  8. empty-field handling
  9. JSON roundtrip
  10. model-agnostic prompt format
  11. output-format policy (code-only vs code-with-explanation)
  12. previous-attempt ordering

Files modified:

• editor/CMakeLists.txt — step385_test target

Verification run:

• step385_test — PASS (12/12) new step coverage
• step384_test — PASS (12/12) regression coverage
• step383_test — PASS (8/8) regression coverage

Architecture gate check:

• editor/src/ContextBundle.h within header-size limit (168 <= 600)
• editor/tests/step385_test.cpp within test-file size guidance (192 lines)

Step 386: Result Acceptance Protocol

Status: PASS (12/12 tests)

Added a standardized acceptance pipeline for external model submissions: syntax/annotation validation, diagnostic accounting, review-gate decisioning, structured acceptance output, dependency cascade on acceptance, and requeue on validation failure.

Files created:

• editor/src/ResultAcceptance.h — acceptance primitives:
  • ResultSubmission
  • ResultAcceptance
  • validateSuggestedAnnotations(...)
  • evaluateResultSubmission(...)
• editor/tests/step386_test.cpp — 12 tests covering:
  1. valid code acceptance
  2. syntax rejection with feedback
  3. malformed suggested-annotation rejection
  4. diagnostics preventing auto-approval
  5. low-confidence review path
  6. suggested-annotation payload carry-through
  7. aggregated diagnostic counts across validation stages
  8. partial acceptance (valid + review required)
  9. multiple-submission latest-wins behavior
  10. dependency cascade on acceptance
  11. acceptance payload in RPC response
  12. non-agent worker submission guard

Files modified:

• editor/src/HeadlessOrchestratorRPC.h — submitExternalResult now uses evaluateResultSubmission(...), emits acceptance metadata, supports review resubmission, and requeues invalid submissions with validator feedback
• editor/CMakeLists.txt — step386_test target

Verification run:

• step386_test — PASS (12/12) new step coverage
• step385_test — PASS (12/12) regression coverage
• step384_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/ResultAcceptance.h within header-size limit (125 <= 600)
• editor/src/HeadlessOrchestratorRPC.h within header-size limit (309 <= 600)
• editor/tests/step386_test.cpp within test-file size guidance (269 lines)

Step 387: Orchestrator Event Stream

Status: PASS (12/12 tests)

Added a versioned event stream for orchestration telemetry and exposed polling APIs through RPC + MCP for client-side visualization and progress UIs.

Files created:

• editor/src/EventStream.h — versioned stream:
  • emit(OrchestratorEvent)
  • poll(sinceVersion)
  • subscribe(callback)
  • getVersion()
  • getRecent(count)
  • stream-event JSON serialization
• editor/tests/step387_test.cpp — 12 tests covering:
  1. emit/poll baseline
  2. since-version filtering
  3. version tracking
  4. subscriber callback firing
  5. normalized orchestration event-type emission
  6. recent-event ordering/count
  7. empty stream behavior
  8. no-duplicate polling under frequent reads
  9. event JSON structure
  10. MCP event-stream tool registration
  11. getEventStream since-version behavior
  12. getRecentEvents count behavior

Files modified:

• editor/src/HeadlessEditorState.h — add EventStream eventStream
• editor/src/HeadlessAgentRPCHandler.h — emit workflow.created event on workflow init
• editor/src/HeadlessOrchestratorRPC.h — event emission mapping and new RPC methods:
  • getEventStream
  • getRecentEvents
  • mapped event names (task.*, workflow.*) and workflow.progress/complete emission
• editor/src/AgentPermissionPolicy.h — read permissions for getEventStream / getRecentEvents
• editor/src/MCPServer.h — MCP tools:
  • whetstone_get_event_stream
  • whetstone_get_recent_events
• editor/CMakeLists.txt — step387_test target

Verification run:

• step387_test — PASS (12/12) new step coverage
• step386_test — PASS (12/12) regression coverage
• step382_test — PASS (12/12) regression coverage

Architecture gate check:

• editor/src/EventStream.h within header-size limit (68 <= 600)
• editor/src/HeadlessOrchestratorRPC.h within header-size limit (374 <= 600)
• editor/tests/step387_test.cpp within test-file size guidance (204 lines)
• Legacy oversized header persists:
  • editor/src/MCPServer.h (1679 > 600)

Step 388: Phase 15b Integration — Full Protocol Test

Status: PASS (8/8 tests)

Added end-to-end protocol integration coverage connecting session protocol, orchestrator/event-stream RPC, context bundles, acceptance pipeline, and progress tracking into one executable workflow path.

Files created:

• editor/tests/step388_test.cpp — 8 integration tests covering:
  1. full protocol walkthrough to completion
  2. event stream transition capture
  3. context bundle core-field integrity
  4. acceptance behavior by worker type (deterministic vs llm)
  5. rejection -> reroute -> improved submission -> acceptance
  6. progress snapshot monotonic advancement
  7. getNextAction protocol guidance
  8. workflow-session persistence/resume

Files modified:

• editor/CMakeLists.txt — step388_test target

Verification run:

• step388_test — PASS (8/8) new integration coverage
• step387_test — PASS (12/12) regression coverage
• step386_test — PASS (12/12) regression coverage
• step385_test — PASS (12/12) regression coverage

Phase 15b completion snapshot (Steps 384-388):

• Step 384: workflow session protocol
• Step 385: context bundle format
• Step 386: result acceptance protocol
• Step 387: orchestrator event stream + RPC/MCP exposure
• Step 388: full protocol integration

Architecture gate check (end of Phase 15b):

• editor/tests/step388_test.cpp within test-file size guidance (224 lines)
• editor/src/WorkflowProtocol.h within header-size limit (185 <= 600)
• editor/src/ContextBundle.h within header-size limit (168 <= 600)
• editor/src/ResultAcceptance.h within header-size limit (125 <= 600)
• editor/src/EventStream.h within header-size limit (68 <= 600)
• editor/src/HeadlessOrchestratorRPC.h within header-size limit (374 <= 600)
• Legacy oversized header persists:
  • editor/src/MCPServer.h (1679 > 600)

Roadmap Planning — Sprints 12-25+

Status: Planning Complete (Sprints 12-19 detailed, 20-25 in roadmap.md)

Sprint 11 revised: Phase 11e changed from "Training Data Pipeline" to "Workflow Annotation Foundation" — routing annotation types (Subject 9), skeleton AST, and inference-to-routing bridge replace training data export (deferred to post-25).

Planning documents created:

• ARCHITECT.md — Core thesis, skeleton AST concept, architecture invariants, key metrics
• roadmap.md — Sprint 12-25+ high-level roadmap with post-25 training data notes
• sprint11_plan.md — Revised: 11e is now workflow annotation foundation
• sprint12_plan.md — Workflow Model + C++ Depth (22 steps, ~248 tests, 56+ tools)
• sprint13_plan.md — GUI Overhaul Phase 1 (19 steps, ~212 tests)
• sprint14_plan.md — Languages: C, WebAssembly, Common Lisp, Scheme (17 steps, ~188 tests)
• sprint15_plan.md — Orchestration Engine (16 steps, ~180 tests, 68+ tools)
• sprint16_plan.md — C++ Depth + Self-Hosting Phase 1 (11 steps, ~124 tests)
• sprint17_plan.md — Languages: F#, VB.NET, SQL dialects (12 steps, ~136 tests)
• sprint18_plan.md — Claude Code Plugin + MCP Workflow Tools (11 steps, ~124 tests, 75+ tools)
• sprint19_plan.md — GUI Phase 2: Workflow Visualization (10 steps, ~112 tests)
• sprint20_plan.md — Legacy Code Ingestion (11 steps, ~124 tests)
• sprint21_plan.md — Cross-Language Transpilation Engine (11 steps, ~124 tests, 83+ tools)
• sprint22_plan.md — Languages: Assembly + C++ remaining gaps (11 steps, ~124 tests)
• sprint23_plan.md — Architect Mode + Tech Stack Selection (11 steps, ~124 tests, 87+ tools)
• sprint24_plan.md — Security + Static Analysis (11 steps, ~124 tests, 90+ tools)
• sprint25_plan.md — Integration, Self-Hosting, Polish (16 steps, ~180 tests)

Cumulative projections (Sprints 9-25):

• Steps: ~508 (245-508)
• Tests: ~5000+
• Languages: 19+ parsers and generators
• MCP Tools: 90+
• Annotation Types: 80+ across 10 subjects

Key architectural decisions:

1. Skeleton AST = project specification before code exists (annotations on empty functions/classes)
2. Annotations are routing signals — @Automatability, @ContextWidth, @Ambiguity determine worker dispatch
3. Orchestrator prepares context but never calls LLMs — model-agnostic, cost-controlled
4. Plugin is MCP protocol — not a proprietary binary, any MCP client can drive workflows
5. Training data deferred to post-25 — real workflow decisions are better training signal than synthetic pairs