architecture-model-standard

SE Model Views

ConOps Functional Architecture Logical Architecture Use Cases ICD Requirements System Decomposition

Entities

Systems (4)

SYS-1: Model Foundation SYS-2: Extraction Pipeline SYS-3: Documentation & Reporting SYS-4: User Interface

Layers (5)

LAY-1: Foundation LAY-2: Domain LAY-3: Application LAY-4: Interface LAY-5: Infrastructure

Components (33)

COMP-1: Core COMP-1.1: Type System COMP-1.2: Validation COMP-1.3: Parser & Persistence COMP-1.4: Model Operations COMP-1.5: Quality Metrics COMP-2: Pipeline COMP-2.1: Pipeline Coordination COMP-2.2: Observation Stages COMP-2.3: Allocation & Relation Stages COMP-2.4: Specification & Contract Stages COMP-2.5: Synthesis & Emit Stages COMP-3: Manifest COMP-3.1: Scanners COMP-3.2: Graph & Analysis COMP-3.3: Grouping & Generation COMP-4: Documentation COMP-4.1: Core Doc Generators COMP-4.2: SE Document Suite COMP-5: Orchestration COMP-5.1: Enrichment COMP-5.2: Decomposition COMP-6: Extract COMP-7: Authoring COMP-8: CLI COMP-9: Configuration COMP-10: Export COMP-11: Pipeline Learning COMP-12: Utilities COMP-COMMENT-SYS: Comment System COMP-SIL: SI&L Instrumentation COMP-LLM: LLM Provider Protocol COMP-DASHBOARD: Pipeline HTML Dashboard Renderer

Capabilities (98)

CAP-0: Provide Architecture-as-Code Standard CAP-0.1: Understand Software Architecture CAP-0.2: Validate Architectural Claims CAP-0.3: Generate Architecture Artifacts CAP-0.4: Evolve Architecture Over Time CAP-1: Validate Architecture Models CAP-2: Extract Architecture from Code CAP-3: Run Modular Extraction Pipeline CAP-4: Generate Reality Manifest CAP-5: Generate SE Documentation CAP-6: Author Model from Requirements CAP-7: Slice and Query Models CAP-8: Diff Model Versions CAP-9: Decompose Models Hierarchically CAP-10: Enrich Models with Code Intelligence CAP-11: Assess Regen Readiness CAP-12: Check Development Gate CAP-13: Detect and Fix Model Drift CAP-14: Manage Global Learnings CAP-15: Export for AI Consumption CAP-1.1: Validate JSON Schema Compliance CAP-1.2: Enforce Entity ID Uniqueness CAP-1.3: Check Referential Integrity CAP-1.4: Detect Orphan Entities CAP-1.5: Verify Capability Realization CAP-1.6: Check Hierarchy Consistency CAP-1.7: Detect Dependency Cycles CAP-1.8: Validate Domain Profile Rules CAP-2.1: Derive Capabilities from Config CAP-2.2: Infer Actors from Routes CAP-2.3: Derive Components from Manifest CAP-2.4: Derive Cross-Block Interfaces CAP-2.5: Detect Code Constraints CAP-2.6: Derive Entity Relationships CAP-3.1: AST-Scan Source Files CAP-3.2: Infer Capabilities from Code CAP-3.3: Allocate Files to Components CAP-3.4: Derive Entity Relationships CAP-3.5: Derive Interface Specifications CAP-3.6: Extract Test Contracts CAP-3.7: Validate Pipeline Output CAP-3.8: Detect System Boundaries CAP-3.9: Run Scoped Sub-Pipelines CAP-3.10: Emit Final Artifacts CAP-4.1: Scan Python AST CAP-4.2: Extract Function Body Hints CAP-4.3: Build Call Graph CAP-4.4: Analyze Test Files CAP-4.5: Group Modules into Components CAP-4.6: Scan Multi-Language Sources CAP-5.1: Generate ConOps Document CAP-5.2: Generate Functional Analysis CAP-5.3: Generate Logical Architecture Doc CAP-5.4: Generate Use Case Document CAP-5.5: Generate Component Specifications CAP-5.6: Generate Interface Specification CAP-5.7: Generate Mermaid Diagrams CAP-5.8: Generate Health Report CAP-6.1: Parse Requirements Markdown CAP-6.2: Parse Actor Definitions CAP-6.3: Parse Capability Hierarchy CAP-7.1: Slice by Source Block CAP-7.2: Slice by Architecture Layer CAP-7.3: Slice for Artifact Regeneration CAP-7.4: Slice for SE Document Views CAP-8.1: Diff Entity Lists by ID CAP-8.2: Detect Field-Level Changes CAP-8.3: Determine Affected Artifacts CAP-9.1: Compute Component Complexity CAP-9.2: Identify System Candidates CAP-9.3: Detect System Boundaries CAP-9.4: Trace Connected Entities CAP-9.5: Write Sub-Models to Disk CAP-10.1: Extract Function Signatures CAP-10.2: Extract Module-Level Constants CAP-10.3: Extract Test Contracts CAP-10.4: Discover Test Files by Convention CAP-11.1: Compute System Readiness Score CAP-11.2: Compute Component Readiness CAP-11.3: Classify Body Hint Quality CAP-12.1: Check Code-Intent Alignment CAP-12.2: Evaluate Stage Quality Gates CAP-13.1: Generate Drift Report CAP-13.2: Identify Stale Artifacts CAP-13.3: Compare Model to Code Reality CAP-14.1: Store Heuristic Rules CAP-14.2: Match Archetype Patterns CAP-14.3: Record User Corrections CAP-14.4: Track Quality History CAP-14.5: Generate Lessons from Diagnostics CAP-15.1: Build Flat File Export CAP-15.2: Generate Schema Reference CAP-15.3: Generate Custom Instructions CAP-15.4: Concatenate Sub-Model Artifacts CAP-COMMENT-COLLABORATION: Enable Reviewer-Author Comment Loop CAP-SIL-INSTRUMENTATION: Instrument Architecturally-Significant Call Sites CAP-LLM-ROUTING: Route LLM Calls Through Pluggable Providers CAP-INTERACTIVE-DASHBOARD: Render Interactive Pipeline Dashboard

Behaviors (88)

BEH-19: CLI: Test Guided Round Trip BEH-20: CLI: Test Enriched Round Trip BEH-21: CLI: Test Multi Repo BEH-22: CLI: Test Round Trip BEH-23: CLI: Test Decomposed Round Trip BEH-24: CLI: Main BEH-25: CLI: Runner BEH-P1: Run Extraction Pipeline BEH-P1.1: Run Observe Stage BEH-P1.2: Run Infer Stage BEH-P1.3: Run Allocate Stage BEH-P1.4: Run Relate Stage BEH-P1.5: Run Specify Stage BEH-P1.6: Run Contract Stage BEH-P1.7: Run Validate Stage BEH-P1.8: Run Decompose Stage BEH-P1.9: Run Synthesize Stage BEH-P1.10: Run Emit Stage BEH-P1.R: LLM Refinement BEH-P1.1.1: Filter Files BEH-P1.1.2: Scan Module BEH-P1.1.3: Extract Functions BEH-P1.1.4: Extract Classes BEH-P1.1.5: Extract Constants BEH-P1.1.6: Extract Imports BEH-P1.1.7: Resolve Import Edges BEH-P1.1.8: Detect Routes BEH-P1.1.9: Detect Constraints BEH-P1.1.10: Find Tests BEH-P1.1.11: Find Docs BEH-P1.2.1: Infer from Routes BEH-P1.2.2: Infer from Triggers BEH-P1.2.3: Infer Domain Modules BEH-P1.2.4: Infer CLI BEH-P1.2.5: Infer Infrastructure BEH-P1.2.6: Infer Package Grouping BEH-P1.2.7: Infer Default Actors BEH-P1.2.8: Infer Behaviors BEH-P1.2.9: Infer Library Behaviors BEH-P1.2.10: Infer Fallback BEH-P1.3.1: Detect Project Type BEH-P1.3.2: Seed from Capabilities BEH-P1.3.3: Import Affinity BEH-P1.3.4: Per-File Allocation BEH-P1.3.5: Split Oversized BEH-P1.3.6: Merge Undersized BEH-P1.3.7: Infer Layer BEH-P1.3.8: Boundary Coherence BEH-P1.3.9: Package Grouping BEH-P1.4.1: Derive Realizes BEH-P1.4.2: Derive Depends-On BEH-P1.4.3: Derive Contains BEH-P1.4.4: Derive Exposes BEH-P1.4.5: Derive Constrained-By BEH-P1.4.6: Build File Map BEH-P1.5.1: Specify REST Interfaces BEH-P1.5.2: Specify CLI Interfaces BEH-P1.5.3: Specify Library API BEH-P1.5.4: Name Library Interface BEH-P1.5.5: Specify Fallback BEH-P1.6.1: Match by Target BEH-P1.6.2: Match by Directory BEH-P1.7.1: Check Capability Realization BEH-P1.7.2: Detect Orphans BEH-P1.7.3: Check File Coverage BEH-P1.7.4: Check Boundary Coherence BEH-P1.7.5: Compute Confidence BEH-P1.8.1: Identify Autonomous Systems BEH-P1.8.2: Decompose Large Components BEH-P1.8.3: Cluster by Directory BEH-P1.8.4: Merge Coupled Components BEH-P1.9.1: Decide Stages BEH-P1.9.2: Run Scoped Sub-Pipeline BEH-P1.9.3: Build Model YAML BEH-P1.9.4: Build Manifest BEH-P1.9.5: Build System-of-Systems BEH-P1.9.6: Collect Lessons BEH-P1.10.1: Write Files BEH-P1.10.2: Build Test Map BEH-P1.10.3: Generate SE Docs BEH-P1.10.4: Enrich Model BEH-P1.10.5: System Interactions BEH-P1.10.6: LLM Reviews BEH-P1.10.7: Inline Reviews BEH-P1.R.1: Build Refinement Prompt BEH-P1.R.2: Normalize LLM Output BEH-P1.R.3: Diff Stage Outputs BEH-P1.R.4: Apply Corrections

Interfaces (43)

IF-1: main CLI IF-2: runner CLI IF-3: COMP-4-7 Library API IF-4: COMP-3-1 Library API IF-5: COMP-4-1 Library API IF-6: COMP-4-2 Library API IF-7: COMP-4-3 Library API IF-8: COMP-4-4 Library API IF-9: COMP-4-5 Library API IF-10: COMP-4-6 Library API IF-11: COMP-4-8 Library API IF-12: COMP-4-9 Library API IF-13: COMP-4-10 Library API IF-14: COMP-4-11 Library API IF-15: COMP-4-12 Library API IF-16: COMP-4-13 Library API IF-auto-COMP-1: Core API IF-auto-COMP-1.1: Type System API IF-auto-COMP-1.2: Validation API IF-auto-COMP-1.3: Parser & Persistence API IF-auto-COMP-1.4: Model Operations API IF-auto-COMP-1.5: Quality Metrics API IF-auto-COMP-2: Pipeline API IF-auto-COMP-2.1: Pipeline Coordination API IF-auto-COMP-2.2: Observation Stages API IF-auto-COMP-2.3: Allocation & Relation Stages API IF-auto-COMP-2.4: Specification & Contract Stages API IF-auto-COMP-2.5: Synthesis & Emit Stages API IF-auto-COMP-3.1: Scanners API IF-auto-COMP-3.2: Graph & Analysis API IF-auto-COMP-3.3: Grouping & Generation API IF-auto-COMP-4.1: Core Doc Generators API IF-auto-COMP-4.2: SE Document Suite API IF-auto-COMP-5: Orchestration API IF-auto-COMP-5.1: Enrichment API IF-auto-COMP-5.2: Decomposition API IF-auto-COMP-6: Extract API IF-auto-COMP-7: Authoring API IF-auto-COMP-8: CLI API IF-auto-COMP-9: Configuration API IF-auto-COMP-10: Export API IF-auto-COMP-11: Pipeline Learning API IF-auto-COMP-12: Utilities API

Actors (3)

ACT-1: AI Agent (MCP Client) ACT-2: Developer ACT-3: CI/CD Pipeline

Requirements (45)

Constraints (2)

CON-1: Python >=3.11 CON-2: CI/CD: GitHub Actions

Documents

SE Documents (15)

Artifact Traceability Behavior Flows Conops Data Model Deployment Guide Functional Analysis Interface Specification Logical Architecture Maintenance Manual Operations Manual Requirements Analysis Risk Assessment Security Analysis Use Cases Verification Validation

Component Specs (29)

COMP-1.1 COMP-1.2 COMP-1.3 COMP-1.4 COMP-1.5 COMP-1 COMP-10 COMP-11 COMP-12 COMP-2.1 COMP-2.2 COMP-2.3 COMP-2.4 COMP-2.5 COMP-2 COMP-3.1 COMP-3.2 COMP-3.3 COMP-3 COMP-4.1 COMP-4.2 COMP-4 COMP-5.1 COMP-5.2 COMP-5 COMP-6 COMP-7 COMP-8 COMP-9

Intelligence

Pipeline History Devlog Gap Analysis Validation Derived Requirements

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