{'id': 'arc42_master', 'type': 'text/markdown', 'title': 'arc42 Master Document - Wardley Map Editor', 'command': 'create', 'content': '= Architecture Documentation: Wardley Map Editor\nRalf D. Müller <ralf.d.mueller@gmail.com>\n:doctype: book\n:toc: left\n:toclevels: 3\n:sectnum:\n:sectanchors:\n:sectnums:\n:source-highlighter: highlight.js\n:icons: font\n:imagesdir: images\n\n// Master document including all arc42 chapters\n\ninclude::01_introduction_and_goals.adoc[]\n\ninclude::02_architecture_constraints.adoc[]\n\ninclude::03_system_scope_and_context.adoc[]\n\ninclude::04_solution_strategy.adoc[]\n\ninclude::05_building_block_view.adoc[]\n\ninclude::06_runtime_view.adoc[]\n\ninclude::07_deployment_view.adoc[]\n\ninclude::08_concepts.adoc[]\n\ninclude::09_architecture_decisions.adoc[]\n\ninclude::10_quality_requirements.adoc[]\n\ninclude::11_risks_and_technical_debt.adoc[]\n\ninclude::12_glossary.adoc[]\n', 'version_uuid': 'c11e11e9-99d6-484a-9b17-bc5ad8ac01e4'}

{'path': 'docs/arc42/arc42.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '= Architecture Documentation: Wardley Map Editor\nRalf D. Müller <ralf.d.mueller@gmail.com>\n:doctype: book\n:toc: left\n:toclevels: 3\n:sectnum:\n:sectanchors:\n:sectnums:\n:source-highlighter: highlight.js\n:icons: font\n:imagesdir: images\n\n// Master document including all arc42 chapters\n\ninclude::01_introduction_and_goals.adoc[]\n\ninclude::02_architecture_constraints.adoc[]\n\ninclude::03_system_scope_and_context.adoc[]\n\ninclude::04_solution_strategy.adoc[]\n\ninclude::05_building_block_view.adoc[]\n\ninclude::06_runtime_view.adoc[]\n\ninclude::07_deployment_view.adoc[]\n\ninclude::08_concepts.adoc[]\n\ninclude::09_architecture_decisions.adoc[]\n\ninclude::10_quality_requirements.adoc[]\n\ninclude::11_risks_and_technical_debt.adoc[]\n\ninclude::12_glossary.adoc[]\n', 'message': 'Add arc42 master document template'}

{'id': 'arc42_chapter01', 'type': 'text/markdown', 'title': 'Kapitel 1: Einführung und Ziele', 'command': 'create', 'content': '== 1. Einführung und Ziele\n\n[role="arc42help"]\n****\nBeschreibt die wesentlichen Anforderungen und treibenden Kräfte, die bei der Umsetzung der Softwarearchitektur und Entwicklung des Systems berücksichtigt werden müssen.\n****\n\n=== 1.1 Aufgabenstellung\n\n==== Was ist der Wardley Map Editor?\n\nEin web-basierter Editor zur visuellen Erstellung von Wardley Maps mit Export-Funktionalität zu draw.io.\n\n**KRITISCHE FRAGE:** Warum brauchen wir das?\n\nExistierende Tools:\n* https://onlinewardleymaps.com/[Online Wardley Maps] - bereits verfügbar\n* Verschiedene draw.io Templates\n* Text-basierte Tools\n\n**Was macht unseren Editor einzigartig?**\n\n[PLACEHOLDER - Ralf, hier brauchen wir eine ehrliche Antwort: Was ist unser Alleinstellungsmerkmal?]\n\n==== Wesentliche Features (MVP)\n\n1. **Visuelle Map-Erstellung**\n   * Drag & Drop für Komponenten\n   * Positionierung auf Evolution/Value-Achsen\n   * Abhängigkeiten zwischen Komponenten\n\n2. **draw.io Export**\n   * XML-Generierung für draw.io Import\n   * Erhaltung der Map-Struktur\n\n3. **Browser-basiert**\n   * Keine Installation erforderlich\n   * LocalStorage für Persistierung\n\n=== 1.2 Qualitätsziele\n\n[role="arc42help"]\n****\nDie drei (!) wichtigsten Qualitätsziele für die Architektur. \nMaximal fünf Ziele sollten hier genannt werden.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Priorität | Qualitätsziel | Szenario/Messbarkeit\n\n| 1 | **Usability** \n| Ein Wardley Map-Neuling kann in <10 Minuten eine Map mit 5 Komponenten erstellen\n\n| 2 | **Performance** \n| Rendering von Maps mit 100 Komponenten in <200ms auf Standard-Hardware\n\n| 3 | **Kompatibilität** \n| Exportierte draw.io-Dateien sind 100% kompatibel und bearbeitbar\n|===\n\n**KRITISCHE ANMERKUNG:** \nDiese Ziele sind noch zu vage! Wir brauchen konkretere Metriken:\n* Was ist "Standard-Hardware"?\n* Wie messen wir "100% kompatibel"?\n* Welche Browser-Versionen unterstützen wir?\n\n=== 1.3 Stakeholder\n\n[role="arc42help"]\n****\nÜberblick über die Stakeholder des Systems, d.h. alle Personen, Rollen oder Organisationen, die\n* das System kennen sollten oder\n* von der Architektur überzeugt werden müssen oder\n* mit dem System oder seiner Entwicklung zu tun haben.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Rolle | Kontakt | Erwartungen\n\n| **Stream-Zuschauer** \n| Software Architektur im Stream Community\n| Lernen, wie AI-assistierte Architektur funktioniert\n\n| **Wardley Map Praktiker** \n| Simon Wardley Community\n| Einfaches Tool für Map-Erstellung\n\n| **Enterprise Architects** \n| Unternehmen mit draw.io-Infrastruktur\n| Integration in bestehende Tool-Landschaft\n\n| **Entwickler-Team** \n| Ralf + Claude (AI)\n| Demonstrieren von Human-AI Collaboration\n|===\n\n**REALITÄTS-CHECK:** \nHaben wir tatsächlich mit echten Wardley Map-Nutzern gesprochen? Oder entwickeln wir "ins Blaue hinein"?\n\n[PLACEHOLDER - Ralf: User Research/Feedback aus der Community?]\n', 'version_uuid': '1843b69b-26df-4715-9934-b9151a3f34c0'}

{'path': 'docs/arc42/01_introduction_and_goals.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 1. Einführung und Ziele\n\n[role="arc42help"]\n****\nBeschreibt die wesentlichen Anforderungen und treibenden Kräfte, die bei der Umsetzung der Softwarearchitektur und Entwicklung des Systems berücksichtigt werden müssen.\n****\n\n=== 1.1 Aufgabenstellung\n\n==== Was ist der Wardley Map Editor?\n\nEin web-basierter Editor zur visuellen Erstellung von Wardley Maps mit Export-Funktionalität zu draw.io.\n\n**KRITISCHE FRAGE:** Warum brauchen wir das?\n\nExistierende Tools:\n* https://onlinewardleymaps.com/[Online Wardley Maps] - bereits verfügbar\n* Verschiedene draw.io Templates\n* Text-basierte Tools\n\n**Was macht unseren Editor einzigartig?**\n\n[PLACEHOLDER - Ralf, hier brauchen wir eine ehrliche Antwort: Was ist unser Alleinstellungsmerkmal?]\n\n==== Wesentliche Features (MVP)\n\n1. **Visuelle Map-Erstellung**\n   * Drag & Drop für Komponenten\n   * Positionierung auf Evolution/Value-Achsen\n   * Abhängigkeiten zwischen Komponenten\n\n2. **draw.io Export**\n   * XML-Generierung für draw.io Import\n   * Erhaltung der Map-Struktur\n\n3. **Browser-basiert**\n   * Keine Installation erforderlich\n   * LocalStorage für Persistierung\n\n=== 1.2 Qualitätsziele\n\n[role="arc42help"]\n****\nDie drei (!) wichtigsten Qualitätsziele für die Architektur. \nMaximal fünf Ziele sollten hier genannt werden.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Priorität | Qualitätsziel | Szenario/Messbarkeit\n\n| 1 | **Usability** \n| Ein Wardley Map-Neuling kann in <10 Minuten eine Map mit 5 Komponenten erstellen\n\n| 2 | **Performance** \n| Rendering von Maps mit 100 Komponenten in <200ms auf Standard-Hardware\n\n| 3 | **Kompatibilität** \n| Exportierte draw.io-Dateien sind 100% kompatibel und bearbeitbar\n|===\n\n**KRITISCHE ANMERKUNG:** \nDiese Ziele sind noch zu vage! Wir brauchen konkretere Metriken:\n* Was ist "Standard-Hardware"?\n* Wie messen wir "100% kompatibel"?\n* Welche Browser-Versionen unterstützen wir?\n\n=== 1.3 Stakeholder\n\n[role="arc42help"]\n****\nÜberblick über die Stakeholder des Systems, d.h. alle Personen, Rollen oder Organisationen, die\n* das System kennen sollten oder\n* von der Architektur überzeugt werden müssen oder\n* mit dem System oder seiner Entwicklung zu tun haben.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Rolle | Kontakt | Erwartungen\n\n| **Stream-Zuschauer** \n| Software Architektur im Stream Community\n| Lernen, wie AI-assistierte Architektur funktioniert\n\n| **Wardley Map Praktiker** \n| Simon Wardley Community\n| Einfaches Tool für Map-Erstellung\n\n| **Enterprise Architects** \n| Unternehmen mit draw.io-Infrastruktur\n| Integration in bestehende Tool-Landschaft\n\n| **Entwickler-Team** \n| Ralf + Claude (AI)\n| Demonstrieren von Human-AI Collaboration\n|===\n\n**REALITÄTS-CHECK:** \nHaben wir tatsächlich mit echten Wardley Map-Nutzern gesprochen? Oder entwickeln wir "ins Blaue hinein"?\n\n[PLACEHOLDER - Ralf: User Research/Feedback aus der Community?]\n', 'message': 'Add arc42 Chapter 1: Introduction and Goals with critical questions'}

{'id': 'arc42_chapter02', 'type': 'text/markdown', 'title': 'Kapitel 2: Randbedingungen', 'command': 'create', 'content': '== 2. Randbedingungen\n\n[role="arc42help"]\n****\nRandbedingungen und Vorgaben, die ihre Freiheiten bezüglich Entwurf, Implementierung oder Ihres Entwicklungsprozesses einschränken.\n****\n\n=== 2.1 Technische Randbedingungen\n\n[cols="1,2" options="header"]\n|===\n| Randbedingung | Beschreibung\n\n| **Browser-Support** \n| Moderne Browser (Chrome 90+, Firefox 88+, Safari 14+, Edge 90+)\nGrund: ES6+ Features, Canvas/SVG APIs\n\n| **Client-Side Only** \n| Keine Server-Komponente erforderlich\nGrund: Demo-Projekt, einfache Bereitstellung\n\n| **JavaScript ES6+** \n| Moderne JavaScript-Features\nGrund: Entwicklungseffizienz, bessere Code-Struktur\n\n| **draw.io Kompatibilität** \n| XML-Export muss draw.io-Format entsprechen\nGrund: Integration in bestehende Tool-Landschaft\n|===\n\n=== 2.2 Organisatorische Randbedingungen\n\n[cols="1,2" options="header"]\n|===\n| Randbedingung | Beschreibung\n\n| **Entwicklungszeit** \n| ~1 Stunde Live-Stream\nGrund: Stream-Format, MVP-Fokus\n\n| **Open Source** \n| MIT License, GitHub Repository\nGrund: Community-Projekt, Lernzweck\n\n| **Keine externen Dependencies** \n| Vanilla JavaScript, keine Frameworks\nGrund: Einfachheit, Nachvollziehbarkeit\n\n| **Live-Entwicklung** \n| Transparenter Entwicklungsprozess\nGrund: Bildungszweck, Community\n|===\n\n=== 2.3 Konventionen\n\n[cols="1,2" options="header"]\n|===\n| Bereich | Konvention\n\n| **Dokumentation** \n| arc42 Template mit AsciiDoc\ndocToolchain für Generierung\n\n| **Code Style** \n| ES6+ Standards\nKommentare in Englisch\n\n| **Versionierung** \n| Git Flow, semantische Versionierung\nGitHub Issues für Features\n\n| **Diagramme** \n| PlantUML für Architektur-Diagramme\n|===\n\n=== 2.4 Wardley Map Spezifische Constraints\n\n[cols="1,2" options="header"]\n|===\n| Constraint | Beschreibung\n\n| **Koordinatensystem** \n| X-Achse: Evolution (Genesis → Commodity)\nY-Achse: Value Chain (High → Low)\nWerte: 0-1 normalisiert\n\n| **Komponenten-Typen** \n| Standard Wardley Map Elemente:\n- Components (Rechtecke)\n- Dependencies (Linien)\n- Annotations (Text)\n\n| **draw.io Mapping** \n| Wardley Koordinaten → draw.io Pixel-Koordinaten\nErhaltung der relationalen Positionen\n|===\n', 'version_uuid': '6ee58bea-8ead-4571-b9be-f57285053b06'}

{'path': 'docs/arc42/02_architecture_constraints.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 2. Randbedingungen\n\n[role="arc42help"]\n****\nRandbedingungen und Vorgaben, die ihre Freiheiten bezüglich Entwurf, Implementierung oder Ihres Entwicklungsprozesses einschränken.\n****\n\n=== 2.1 Technische Randbedingungen\n\n[cols="1,2" options="header"]\n|===\n| Randbedingung | Beschreibung\n\n| **Browser-Support** \n| Moderne Browser (Chrome 90+, Firefox 88+, Safari 14+, Edge 90+)\nGrund: ES6+ Features, Canvas/SVG APIs\n\n| **Client-Side Only** \n| Keine Server-Komponente erforderlich\nGrund: Demo-Projekt, einfache Bereitstellung\n\n| **JavaScript ES6+** \n| Moderne JavaScript-Features\nGrund: Entwicklungseffizienz, bessere Code-Struktur\n\n| **draw.io Kompatibilität** \n| XML-Export muss draw.io-Format entsprechen\nGrund: Integration in bestehende Tool-Landschaft\n|===\n\n=== 2.2 Organisatorische Randbedingungen\n\n[cols="1,2" options="header"]\n|===\n| Randbedingung | Beschreibung\n\n| **Entwicklungszeit** \n| ~1 Stunde Live-Stream\nGrund: Stream-Format, MVP-Fokus\n\n| **Open Source** \n| MIT License, GitHub Repository\nGrund: Community-Projekt, Lernzweck\n\n| **Keine externen Dependencies** \n| Vanilla JavaScript, keine Frameworks\nGrund: Einfachheit, Nachvollziehbarkeit\n\n| **Live-Entwicklung** \n| Transparenter Entwicklungsprozess\nGrund: Bildungszweck, Community\n|===\n\n=== 2.3 Konventionen\n\n[cols="1,2" options="header"]\n|===\n| Bereich | Konvention\n\n| **Dokumentation** \n| arc42 Template mit AsciiDoc\ndocToolchain für Generierung\n\n| **Code Style** \n| ES6+ Standards\nKommentare in Englisch\n\n| **Versionierung** \n| Git Flow, semantische Versionierung\nGitHub Issues für Features\n\n| **Diagramme** \n| PlantUML für Architektur-Diagramme\n|===\n\n=== 2.4 Wardley Map Spezifische Constraints\n\n[cols="1,2" options="header"]\n|===\n| Constraint | Beschreibung\n\n| **Koordinatensystem** \n| X-Achse: Evolution (Genesis → Commodity)\nY-Achse: Value Chain (High → Low)\nWerte: 0-1 normalisiert\n\n| **Komponenten-Typen** \n| Standard Wardley Map Elemente:\n- Components (Rechtecke)\n- Dependencies (Linien)\n- Annotations (Text)\n\n| **draw.io Mapping** \n| Wardley Koordinaten → draw.io Pixel-Koordinaten\nErhaltung der relationalen Positionen\n|===\n', 'message': 'Add arc42 Chapter 2: Architecture Constraints'}

{'id': 'arc42_chapter03', 'type': 'text/markdown', 'title': 'Kapitel 3: Kontextabgrenzung', 'command': 'create', 'content': '== 3. Kontextabgrenzung\n\n[role="arc42help"]\n****\nDie Kontextabgrenzung grenzt das System gegen alle Kommunikationspartner (Nachbarsysteme und Benutzerrollen) ab. Sie legt damit die externen Schnittstellen fest.\n****\n\n=== 3.1 Fachlicher Kontext\n\n[plantuml, context-diagram, svg]\n----\n!include <C4/C4_Context>\n\ntitle Wardley Map Editor - Fachlicher Kontext\n\nPerson(user, "Map Creator", "Creates and edits Wardley Maps")\nSystem(editor, "Wardley Map Editor", "Web-based visual editor for Wardley Maps")\n\nSystem_Ext(drawio, "draw.io", "Diagram editing platform")\nSystem_Ext(browser, "Web Browser", "Chrome, Firefox, Safari, Edge")\n\nRel(user, editor, "Creates maps, exports")\nRel(editor, drawio, "Exports XML", "XML file")\nRel(editor, browser, "Runs in", "HTML/CSS/JS")\nRel(user, browser, "Uses")\n\nSHOW_LEGEND()\n----\n\n**Kommunikationspartner:**\n\n[cols="1,2,2" options="header"]\n|===\n| Partner | Input | Output\n\n| **Map Creator (User)** \n| Mouse/Keyboard-Interaktionen\nDrag & Drop, Clicks, Text-Input\n| Visuelle Wardley Map\ndraw.io XML-Datei\n\n| **draw.io** \n| XML-Import der generierten Datei\n| Editierbare Diagramme\n\n| **Web Browser** \n| HTML/CSS/JavaScript-Ausführung\nLocalStorage-Zugriff\n| Gerenderte Benutzeroberfläche\n|===\n\n=== 3.2 Technischer Kontext\n\n[plantuml, technical-context, svg]\n----\n!include <C4/C4_Container>\n\ntitle Wardley Map Editor - Technischer Kontext\n\nContainer(spa, "Single Page Application", "HTML5/CSS3/JavaScript", "Visual map editor with drag & drop")\n\nContainerDb(localstorage, "Browser LocalStorage", "Web Storage API", "Persists map data")\n\nSystem_Ext(filesystem, "File System", "Browser download mechanism")\n\nRel(spa, localstorage, "Stores/Loads", "JSON")\nRel(spa, filesystem, "Downloads", "draw.io XML")\n\nnote right of spa : Canvas/SVG Rendering\\nMouse Event Handling\\nXML Generation\nnote right of localstorage : Map Components\\nPositions\\nDependencies\n----\n\n**Technische Schnittstellen:**\n\n[cols="1,2,2,2" options="header"]\n|===\n| Interface | Protokoll/Format | Input | Output\n\n| **Canvas/SVG Rendering** \n| Browser Canvas API\n| Map Data (JSON)\n| Visual Representation\n\n| **LocalStorage** \n| Web Storage API\n| Map Objects (JSON)\n| Persistent Storage\n\n| **File Download** \n| Browser Download API\n| draw.io XML\n| .drawio File\n\n| **Mouse/Touch Events** \n| DOM Events\n| User Interactions\n| Component Positions\n|===\n\n=== 3.3 Externe Schnittstellen\n\n==== draw.io XML Format\n\n**Zweck:** Export von Wardley Maps als editierbare draw.io-Diagramme\n\n**Format Spezifikation:**\n```xml\n<mxGraphModel dx="1422" dy="794" grid="1" gridSize="10">\n  <root>\n    <mxCell id="0"/>\n    <mxCell id="1" parent="0"/>\n    <!-- Wardley Map Components -->\n    <mxCell id="component1" value="User Needs" \n            style="rounded=0;whiteSpace=wrap;html=1;" \n            vertex="1" parent="1">\n      <mxGeometry x="100" y="50" width="120" height="60" as="geometry"/>\n    </mxCell>\n    <!-- Dependencies -->\n    <mxCell id="edge1" style="edgeStyle=orthogonalEdgeStyle;" \n            edge="1" parent="1" source="component1" target="component2">\n    </mxCell>\n  </root>\n</mxGraphModel>\n```\n\n**Koordinaten-Mapping:**\n- Wardley X (0-1) → draw.io X (0-1200px)  \n- Wardley Y (0-1) → draw.io Y (0-800px)\n\n==== Browser LocalStorage\n\n**Zweck:** Lokale Persistierung der Map-Daten\n\n**Datenformat:**\n```json\n{\n  "mapId": "uuid-v4",\n  "title": "My Wardley Map",\n  "components": [\n    {\n      "id": "comp1",\n      "label": "User Needs",\n      "x": 0.2,\n      "y": 0.9,\n      "evolution": "genesis"\n    }\n  ],\n  "dependencies": [\n    {\n      "from": "comp1",\n      "to": "comp2"\n    }\n  ],\n  "lastModified": "2025-06-13T11:18:00Z"\n}\n```\n', 'version_uuid': 'a6c979dc-fb32-4c32-9c7b-d63c88a70552'}

{'path': 'docs/arc42/03_system_scope_and_context.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 3. Kontextabgrenzung\n\n[role="arc42help"]\n****\nDie Kontextabgrenzung grenzt das System gegen alle Kommunikationspartner (Nachbarsysteme und Benutzerrollen) ab. Sie legt damit die externen Schnittstellen fest.\n****\n\n=== 3.1 Fachlicher Kontext\n\n[plantuml, context-diagram, svg]\n----\n!include <C4/C4_Context>\n\ntitle Wardley Map Editor - Fachlicher Kontext\n\nPerson(user, "Map Creator", "Creates and edits Wardley Maps")\nSystem(editor, "Wardley Map Editor", "Web-based visual editor for Wardley Maps")\n\nSystem_Ext(drawio, "draw.io", "Diagram editing platform")\nSystem_Ext(browser, "Web Browser", "Chrome, Firefox, Safari, Edge")\n\nRel(user, editor, "Creates maps, exports")\nRel(editor, drawio, "Exports XML", "XML file")\nRel(editor, browser, "Runs in", "HTML/CSS/JS")\nRel(user, browser, "Uses")\n\nSHOW_LEGEND()\n----\n\n**Kommunikationspartner:**\n\n[cols="1,2,2" options="header"]\n|===\n| Partner | Input | Output\n\n| **Map Creator (User)** \n| Mouse/Keyboard-Interaktionen\nDrag & Drop, Clicks, Text-Input\n| Visuelle Wardley Map\ndraw.io XML-Datei\n\n| **draw.io** \n| XML-Import der generierten Datei\n| Editierbare Diagramme\n\n| **Web Browser** \n| HTML/CSS/JavaScript-Ausführung\nLocalStorage-Zugriff\n| Gerenderte Benutzeroberfläche\n|===\n\n=== 3.2 Technischer Kontext\n\n[plantuml, technical-context, svg]\n----\n!include <C4/C4_Container>\n\ntitle Wardley Map Editor - Technischer Kontext\n\nContainer(spa, "Single Page Application", "HTML5/CSS3/JavaScript", "Visual map editor with drag & drop")\n\nContainerDb(localstorage, "Browser LocalStorage", "Web Storage API", "Persists map data")\n\nSystem_Ext(filesystem, "File System", "Browser download mechanism")\n\nRel(spa, localstorage, "Stores/Loads", "JSON")\nRel(spa, filesystem, "Downloads", "draw.io XML")\n\nnote right of spa : Canvas/SVG Rendering\\nMouse Event Handling\\nXML Generation\nnote right of localstorage : Map Components\\nPositions\\nDependencies\n----\n\n**Technische Schnittstellen:**\n\n[cols="1,2,2,2" options="header"]\n|===\n| Interface | Protokoll/Format | Input | Output\n\n| **Canvas/SVG Rendering** \n| Browser Canvas API\n| Map Data (JSON)\n| Visual Representation\n\n| **LocalStorage** \n| Web Storage API\n| Map Objects (JSON)\n| Persistent Storage\n\n| **File Download** \n| Browser Download API\n| draw.io XML\n| .drawio File\n\n| **Mouse/Touch Events** \n| DOM Events\n| User Interactions\n| Component Positions\n|===\n\n=== 3.3 Externe Schnittstellen\n\n==== draw.io XML Format\n\n**Zweck:** Export von Wardley Maps als editierbare draw.io-Diagramme\n\n**Format Spezifikation:**\n```xml\n<mxGraphModel dx="1422" dy="794" grid="1" gridSize="10">\n  <root>\n    <mxCell id="0"/>\n    <mxCell id="1" parent="0"/>\n    <!-- Wardley Map Components -->\n    <mxCell id="component1" value="User Needs" \n            style="rounded=0;whiteSpace=wrap;html=1;" \n            vertex="1" parent="1">\n      <mxGeometry x="100" y="50" width="120" height="60" as="geometry"/>\n    </mxCell>\n    <!-- Dependencies -->\n    <mxCell id="edge1" style="edgeStyle=orthogonalEdgeStyle;" \n            edge="1" parent="1" source="component1" target="component2">\n    </mxCell>\n  </root>\n</mxGraphModel>\n```\n\n**Koordinaten-Mapping:**\n- Wardley X (0-1) → draw.io X (0-1200px)  \n- Wardley Y (0-1) → draw.io Y (0-800px)\n\n==== Browser LocalStorage\n\n**Zweck:** Lokale Persistierung der Map-Daten\n\n**Datenformat:**\n```json\n{\n  "mapId": "uuid-v4",\n  "title": "My Wardley Map",\n  "components": [\n    {\n      "id": "comp1",\n      "label": "User Needs",\n      "x": 0.2,\n      "y": 0.9,\n      "evolution": "genesis"\n    }\n  ],\n  "dependencies": [\n    {\n      "from": "comp1",\n      "to": "comp2"\n    }\n  ],\n  "lastModified": "2025-06-13T11:18:00Z"\n}\n```\n', 'message': 'Add arc42 Chapter 3: Context and Scope with C4 diagrams'}

{'id': 'arc42_chapter01', 'command': 'update', 'new_str': '=== 1.2 Qualitätsziele\n\n[role="arc42help"]\n****\nDie drei (!) wichtigsten Qualitätsziele für die Architektur. \nMaximal fünf Ziele sollten hier genannt werden.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Priorität | Qualitätsziel | Szenario/Messbarkeit\n\n| 1 | **Demo-Fähigkeit** \n| Funktionierender Prototyp präsentierbar in 1 Stunde Live-Stream\n\n| 2 | **Verständlichkeit** \n| Zuschauer können den Architektur-Ansatz nachvollziehen und diskutieren\n\n| 3 | **Lernwert** \n| Demonstration von Human-AI Collaboration in der praktischen Architekturarbeit\n|===\n\n**Demo-Fokus:** \nDiese Qualitätsziele spiegeln den experimentellen Charakter der Live-Session wider. Das Ziel ist nicht ein produktionsreifes System, sondern ein funktionierender Demonstrator für Architektur-Methoden.', 'old_str': '=== 1.2 Qualitätsziele\n\n[role="arc42help"]\n****\nDie drei (!) wichtigsten Qualitätsziele für die Architektur. \nMaximal fünf Ziele sollten hier genannt werden.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Priorität | Qualitätsziel | Szenario/Messbarkeit\n\n| 1 | **Usability** \n| Ein Wardley Map-Neuling kann in <10 Minuten eine Map mit 5 Komponenten erstellen\n\n| 2 | **Performance** \n| Rendering von Maps mit 100 Komponenten in <200ms auf Standard-Hardware\n\n| 3 | **Kompatibilität** \n| Exportierte draw.io-Dateien sind 100% kompatibel und bearbeitbar\n|===\n\n**KRITISCHE ANMERKUNG:** \nDiese Ziele sind noch zu vage! Wir brauchen konkretere Metriken:\n* Was ist "Standard-Hardware"?\n* Wie messen wir "100% kompatibel"?\n* Welche Browser-Versionen unterstützen wir?', 'version_uuid': 'c24062e5-5d71-4909-8885-85c8f6f6fc3f'}

{'id': 'arc42_chapter01', 'command': 'update', 'new_str': '==== Wesentliche Features (MVP für Demo)\n\n1. **Basis-Canvas**\n   * Wardley Map Koordinatensystem (Evolution/Value-Achsen)\n   * Einfache Komponenten-Platzierung\n\n2. **Minimaler Export**\n   * JSON-Export der Map-Daten\n   * Grundlegende draw.io XML-Generierung\n\n3. **Live-Demo tauglich**\n   * Funktioniert im Browser\n   * Visuell ansprechend für Stream', 'old_str': '==== Wesentliche Features (MVP)\n\n1. **Visuelle Map-Erstellung**\n   * Drag & Drop für Komponenten\n   * Positionierung auf Evolution/Value-Achsen\n   * Abhängigkeiten zwischen Komponenten\n\n2. **draw.io Export**\n   * XML-Generierung für draw.io Import\n   * Erhaltung der Map-Struktur\n\n3. **Browser-basiert**\n   * Keine Installation erforderlich\n   * LocalStorage für Persistierung', 'version_uuid': 'e6758b45-5014-4167-8dfc-99b27847a603'}

{'sha': '522b7357dc47755d84eb4660ab990735177b1dfc', 'path': 'docs/arc42/01_introduction_and_goals.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 1. Einführung und Ziele\n\n[role="arc42help"]\n****\nBeschreibt die wesentlichen Anforderungen und treibenden Kräfte, die bei der Umsetzung der Softwarearchitektur und Entwicklung des Systems berücksichtigt werden müssen.\n****\n\n=== 1.1 Aufgabenstellung\n\n==== Was ist der Wardley Map Editor?\n\nEin web-basierter Editor zur visuellen Erstellung von Wardley Maps mit Export-Funktionalität zu draw.io.\n\n**KRITISCHE FRAGE:** Warum brauchen wir das?\n\nExistierende Tools:\n* https://onlinewardleymaps.com/[Online Wardley Maps] - bereits verfügbar\n* Verschiedene draw.io Templates\n* Text-basierte Tools\n\n**Was macht unseren Editor einzigartig?**\n\n[PLACEHOLDER - Ralf, hier brauchen wir eine ehrliche Antwort: Was ist unser Alleinstellungsmerkmal?]\n\n==== Wesentliche Features (MVP für Demo)\n\n1. **Basis-Canvas**\n   * Wardley Map Koordinatensystem (Evolution/Value-Achsen)\n   * Einfache Komponenten-Platzierung\n\n2. **Minimaler Export**\n   * JSON-Export der Map-Daten\n   * Grundlegende draw.io XML-Generierung\n\n3. **Live-Demo tauglich**\n   * Funktioniert im Browser\n   * Visuell ansprechend für Stream\n\n=== 1.2 Qualitätsziele\n\n[role="arc42help"]\n****\nDie drei (!) wichtigsten Qualitätsziele für die Architektur. \nMaximal fünf Ziele sollten hier genannt werden.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Priorität | Qualitätsziel | Szenario/Messbarkeit\n\n| 1 | **Demo-Fähigkeit** \n| Funktionierender Prototyp präsentierbar in 1 Stunde Live-Stream\n\n| 2 | **Verständlichkeit** \n| Zuschauer können den Architektur-Ansatz nachvollziehen und diskutieren\n\n| 3 | **Lernwert** \n| Demonstration von Human-AI Collaboration in der praktischen Architekturarbeit\n|===\n\n**Demo-Fokus:** \nDiese Qualitätsziele spiegeln den experimentellen Charakter der Live-Session wider. Das Ziel ist nicht ein produktionsreifes System, sondern ein funktionierender Demonstrator für Architektur-Methoden.\n\n=== 1.3 Stakeholder\n\n[role="arc42help"]\n****\nÜberblick über die Stakeholder des Systems, d.h. alle Personen, Rollen oder Organisationen, die\n* das System kennen sollten oder\n* von der Architektur überzeugt werden müssen oder\n* mit dem System oder seiner Entwicklung zu tun haben.\n****\n\n[cols="1,2,2" options="header"]\n|===\n| Rolle | Kontakt | Erwartungen\n\n| **Stream-Zuschauer** \n| Software Architektur im Stream Community\n| Lernen, wie AI-assistierte Architektur funktioniert\n\n| **Wardley Map Praktiker** \n| Simon Wardley Community\n| Einfaches Tool für Map-Erstellung\n\n| **Enterprise Architects** \n| Unternehmen mit draw.io-Infrastruktur\n| Integration in bestehende Tool-Landschaft\n\n| **Entwickler-Team** \n| Ralf + Claude (AI)\n| Demonstrieren von Human-AI Collaboration\n|===\n\n**REALITÄTS-CHECK:** \nHaben wir tatsächlich mit echten Wardley Map-Nutzern gesprochen? Oder entwickeln wir "ins Blaue hinein"?\n\n[PLACEHOLDER - Ralf: User Research/Feedback aus der Community?]\n', 'message': 'Update arc42 Chapter 1: Focus on demo goals and realistic MVP scope'}

{'id': 'arc42_chapter02', 'command': 'update', 'new_str': '[cols="1,2,2" options="header"]\n|===\n| Randbedingung | Beschreibung | Begründung\n\n| **Browser-Support** \n| Moderne Browser (Chrome 90+, Firefox 88+, Safari 14+, Edge 90+)\n| ES6+ Features, Canvas/SVG APIs needed\nLegacy browser support würde zu viel Zeit kosten\n\n| **Client-Side Only** \n| Keine Server-Komponente, Backend, Datenbank\n| **Zeitbudget: 1 Stunde** - kein Setup von Server-Infrastruktur möglich\n\n| **Vanilla JavaScript** \n| Keine Frameworks (React, Vue, Angular)\n| **Zeitbudget: 1 Stunde** - kein Build-Setup, direktes HTML/JS\n\n| **draw.io Kompatibilität** \n| XML-Export muss draw.io-Format entsprechen\n| Demo-Ziel: Integration in bestehende Tools zeigen\n|===', 'old_str': '[cols="1,2" options="header"]\n|===\n| Randbedingung | Beschreibung\n\n| **Browser-Support** \n| Moderne Browser (Chrome 90+, Firefox 88+, Safari 14+, Edge 90+)\nGrund: ES6+ Features, Canvas/SVG APIs\n\n| **Client-Side Only** \n| Keine Server-Komponente erforderlich\nGrund: Demo-Projekt, einfache Bereitstellung\n\n| **JavaScript ES6+** \n| Moderne JavaScript-Features\nGrund: Entwicklungseffizienz, bessere Code-Struktur\n\n| **draw.io Kompatibilität** \n| XML-Export muss draw.io-Format entsprechen\nGrund: Integration in bestehende Tool-Landschaft\n|===', 'version_uuid': '28d19434-4fd3-41b2-a256-98066a65f2c1'}

{'id': 'arc42_chapter02', 'command': 'update', 'new_str': '[cols="1,2,2" options="header"]\n|===\n| Randbedingung | Beschreibung | Begründung\n\n| **Entwicklungszeit** \n| ~1 Stunde Live-Stream für MVP\n| **Stream-Format** - feste Sendezeit, experimenteller Charakter\n\n| **Open Source** \n| MIT License, GitHub Repository\n| Community-Projekt, Bildungszweck, Nachnutzung erwünscht\n\n| **Keine externen Dependencies** \n| Keine npm packages, CDNs, Build-Tools\n| **Zeitbudget: 1 Stunde** - kein Setup von Build-Pipeline möglich\n\n| **Live-Entwicklung** \n| Transparenter, ungeschönter Entwicklungsprozess\n| **Stream-Ziel:** Echte AI-Human Collaboration zeigen\n|===', 'old_str': '[cols="1,2" options="header"]\n|===\n| Randbedingung | Beschreibung\n\n| **Entwicklungszeit** \n| ~1 Stunde Live-Stream\nGrund: Stream-Format, MVP-Fokus\n\n| **Open Source** \n| MIT License, GitHub Repository\nGrund: Community-Projekt, Lernzweck\n\n| **Keine externen Dependencies** \n| Vanilla JavaScript, keine Frameworks\nGrund: Einfachheit, Nachvollziehbarkeit\n\n| **Live-Entwicklung** \n| Transparenter Entwicklungsprozess\nGrund: Bildungszweck, Community\n|===', 'version_uuid': '62ea9a2e-da90-4e5f-a64b-d2c1682df92b'}

{'sha': '7f0b3c3092f9716568a22fc0df36b214b2635b89', 'path': 'docs/arc42/02_architecture_constraints.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 2. Randbedingungen\n\n[role="arc42help"]\n****\nRandbedingungen und Vorgaben, die ihre Freiheiten bezüglich Entwurf, Implementierung oder Ihres Entwicklungsprozesses einschränken.\n****\n\n=== 2.1 Technische Randbedingungen\n\n[cols="1,2,2" options="header"]\n|===\n| Randbedingung | Beschreibung | Begründung\n\n| **Browser-Support** \n| Moderne Browser (Chrome 90+, Firefox 88+, Safari 14+, Edge 90+)\n| ES6+ Features, Canvas/SVG APIs needed\nLegacy browser support würde zu viel Zeit kosten\n\n| **Client-Side Only** \n| Keine Server-Komponente, Backend, Datenbank\n| **Zeitbudget: 1 Stunde** - kein Setup von Server-Infrastruktur möglich\n\n| **Vanilla JavaScript** \n| Keine Frameworks (React, Vue, Angular)\n| **Zeitbudget: 1 Stunde** - kein Build-Setup, direktes HTML/JS\n\n| **draw.io Kompatibilität** \n| XML-Export muss draw.io-Format entsprechen\n| Demo-Ziel: Integration in bestehende Tools zeigen\n|===\n\n=== 2.2 Organisatorische Randbedingungen\n\n[cols="1,2,2" options="header"]\n|===\n| Randbedingung | Beschreibung | Begründung\n\n| **Entwicklungszeit** \n| ~1 Stunde Live-Stream für MVP\n| **Stream-Format** - feste Sendezeit, experimenteller Charakter\n\n| **Open Source** \n| MIT License, GitHub Repository\n| Community-Projekt, Bildungszweck, Nachnutzung erwünscht\n\n| **Keine externen Dependencies** \n| Keine npm packages, CDNs, Build-Tools\n| **Zeitbudget: 1 Stunde** - kein Setup von Build-Pipeline möglich\n\n| **Live-Entwicklung** \n| Transparenter, ungeschönter Entwicklungsprozess\n| **Stream-Ziel:** Echte AI-Human Collaboration zeigen\n|===\n\n=== 2.3 Konventionen\n\n[cols="1,2" options="header"]\n|===\n| Bereich | Konvention\n\n| **Dokumentation** \n| arc42 Template mit AsciiDoc\ndocToolchain für Generierung\n\n| **Code Style** \n| ES6+ Standards\nKommentare in Englisch\n\n| **Versionierung** \n| Git Flow, semantische Versionierung\nGitHub Issues für Features\n\n| **Diagramme** \n| PlantUML für Architektur-Diagramme\n|===\n\n=== 2.4 Wardley Map Spezifische Constraints\n\n[cols="1,2" options="header"]\n|===\n| Constraint | Beschreibung\n\n| **Koordinatensystem** \n| X-Achse: Evolution (Genesis → Commodity)\nY-Achse: Value Chain (High → Low)\nWerte: 0-1 normalisiert\n\n| **Komponenten-Typen** \n| Standard Wardley Map Elemente:\n- Components (Rechtecke)\n- Dependencies (Linien)\n- Annotations (Text)\n\n| **draw.io Mapping** \n| Wardley Koordinaten → draw.io Pixel-Koordinaten\nErhaltung der relationalen Positionen\n|===\n\n=== 2.5 Offene technische Entscheidungen\n\nDie folgenden technischen Entscheidungen werden als **Architecture Decision Records (ADRs)** dokumentiert:\n\n* Canvas vs. SVG für Rendering → ADR-001 (geplant)\n* LocalStorage vs. InMemory für Persistierung → ADR-002 (geplant)  \n* Mouse-Only vs. Touch-Support → ADR-003 (geplant)\n', 'message': 'Update arc42 Chapter 2: Add time-based justifications and reference future ADRs'}

{'id': 'arc42_chapter03', 'command': 'update', 'new_str': '**Kommunikationspartner:**\n\n[cols="1,2,2" options="header"]\n|===\n| Partner | Input | Output\n\n| **Map Creator (User)** \n| Mouse/Keyboard-Interaktionen\nDrag & Drop, Clicks, Text-Input\n| Visuelle Wardley Map\ndraw.io XML-Datei (Download)\n\n| **draw.io** \n| XML-Import der generierten Datei\n| Editierbare Diagramme\n\n| **Web Browser** \n| HTML/CSS/JavaScript-Ausführung\nLocalStorage-Zugriff\n| Gerenderte Benutzeroberfläche\n|===\n\n**Abgrenzung - Was unser System NICHT macht:**\n* Kein Import von existierenden Maps\n* Keine Kollaboration/Multi-User \n* Keine Cloud-Synchronisation\n* Keine Versionierung', 'old_str': '**Kommunikationspartner:**\n\n[cols="1,2,2" options="header"]\n|===\n| Partner | Input | Output\n\n| **Map Creator (User)** \n| Mouse/Keyboard-Interaktionen\nDrag & Drop, Clicks, Text-Input\n| Visuelle Wardley Map\ndraw.io XML-Datei\n\n| **draw.io** \n| XML-Import der generierten Datei\n| Editierbare Diagramme\n\n| **Web Browser** \n| HTML/CSS/JavaScript-Ausführung\nLocalStorage-Zugriff\n| Gerenderte Benutzeroberfläche\n|===', 'version_uuid': '46c6adf0-c3ba-4af3-ace7-04f3d0c191d0'}

{'id': 'arc42_chapter03', 'command': 'update', 'new_str': '**Technische Schnittstellen:**\n\n[cols="1,2,2,2" options="header"]\n|===\n| Interface | Protokoll/Format | Input | Output\n\n| **Canvas/SVG Rendering** \n| Browser Canvas/SVG API\n| Map Data (JSON)\n| Visual Representation\n\n| **LocalStorage** \n| Web Storage API\n| Map Objects (JSON)\n| Persistent Storage (Browser-lokal)\n\n| **File Download** \n| Browser Download API\n| draw.io XML\n| .drawio File (Download)\n\n| **Mouse/Touch Events** \n| DOM Events\n| User Interactions\n| Component Positions/Updates\n|===\n\n**Technische Abgrenzung:**\n* Kein Server-Backend\n* Keine REST APIs  \n* Keine WebSocket-Verbindungen\n* Keine externe Cloud-Services', 'old_str': '**Technische Schnittstellen:**\n\n[cols="1,2,2,2" options="header"]\n|===\n| Interface | Protokoll/Format | Input | Output\n\n| **Canvas/SVG Rendering** \n| Browser Canvas API\n| Map Data (JSON)\n| Visual Representation\n\n| **LocalStorage** \n| Web Storage API\n| Map Objects (JSON)\n| Persistent Storage\n\n| **File Download** \n| Browser Download API\n| draw.io XML\n| .drawio File\n\n| **Mouse/Touch Events** \n| DOM Events\n| User Interactions\n| Component Positions\n|===', 'version_uuid': '5c948c25-bb37-4330-a521-35214ce2cd9a'}

{'sha': '65898a7cbac7c995d68fc563ba0de538e8b94953', 'path': 'docs/arc42/03_system_scope_and_context.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 3. Kontextabgrenzung\n\n[role="arc42help"]\n****\nDie Kontextabgrenzung grenzt das System gegen alle Kommunikationspartner (Nachbarsysteme und Benutzerrollen) ab. Sie legt damit die externen Schnittstellen fest.\n****\n\n=== 3.1 Fachlicher Kontext\n\n[plantuml, context-diagram, svg]\n----\n!include <C4/C4_Context>\n\ntitle Wardley Map Editor - Fachlicher Kontext\n\nPerson(user, "Map Creator", "Creates and edits Wardley Maps")\nSystem(editor, "Wardley Map Editor", "Web-based visual editor for Wardley Maps")\n\nSystem_Ext(drawio, "draw.io", "Diagram editing platform")\nSystem_Ext(browser, "Web Browser", "Chrome, Firefox, Safari, Edge")\n\nRel(user, editor, "Creates maps, exports")\nRel(editor, drawio, "Exports XML", "XML file")\nRel(editor, browser, "Runs in", "HTML/CSS/JS")\nRel(user, browser, "Uses")\n\nSHOW_LEGEND()\n----\n\n**Kommunikationspartner:**\n\n[cols="1,2,2" options="header"]\n|===\n| Partner | Input | Output\n\n| **Map Creator (User)** \n| Mouse/Keyboard-Interaktionen\nDrag & Drop, Clicks, Text-Input\n| Visuelle Wardley Map\ndraw.io XML-Datei (Download)\n\n| **draw.io** \n| XML-Import der generierten Datei\n| Editierbare Diagramme\n\n| **Web Browser** \n| HTML/CSS/JavaScript-Ausführung\nLocalStorage-Zugriff\n| Gerenderte Benutzeroberfläche\n|===\n\n**Abgrenzung - Was unser System NICHT macht:**\n* Kein Import von existierenden Maps\n* Keine Kollaboration/Multi-User \n* Keine Cloud-Synchronisation\n* Keine Versionierung\n\n=== 3.2 Technischer Kontext\n\n[plantuml, technical-context, svg]\n----\n!include <C4/C4_Container>\n\ntitle Wardley Map Editor - Technischer Kontext\n\nContainer(spa, "Single Page Application", "HTML5/CSS3/JavaScript", "Visual map editor with drag & drop")\n\nContainerDb(localstorage, "Browser LocalStorage", "Web Storage API", "Persists map data")\n\nSystem_Ext(filesystem, "File System", "Browser download mechanism")\n\nRel(spa, localstorage, "Stores/Loads", "JSON")\nRel(spa, filesystem, "Downloads", "draw.io XML")\n\nnote right of spa : Canvas/SVG Rendering\\nMouse Event Handling\\nXML Generation\nnote right of localstorage : Map Components\\nPositions\\nDependencies\n----\n\n**Technische Schnittstellen:**\n\n[cols="1,2,2,2" options="header"]\n|===\n| Interface | Protokoll/Format | Input | Output\n\n| **Canvas/SVG Rendering** \n| Browser Canvas/SVG API\n| Map Data (JSON)\n| Visual Representation\n\n| **LocalStorage** \n| Web Storage API\n| Map Objects (JSON)\n| Persistent Storage (Browser-lokal)\n\n| **File Download** \n| Browser Download API\n| draw.io XML\n| .drawio File (Download)\n\n| **Mouse/Touch Events** \n| DOM Events\n| User Interactions\n| Component Positions/Updates\n|===\n\n**Technische Abgrenzung:**\n* Kein Server-Backend\n* Keine REST APIs  \n* Keine WebSocket-Verbindungen\n* Keine externe Cloud-Services\n\n=== 3.3 Externe Schnittstellen\n\n==== draw.io XML Format\n\n**Zweck:** Export von Wardley Maps als editierbare draw.io-Diagramme\n\n**Format Spezifikation:**\n```xml\n<mxGraphModel dx="1422" dy="794" grid="1" gridSize="10">\n  <root>\n    <mxCell id="0"/>\n    <mxCell id="1" parent="0"/>\n    <!-- Wardley Map Components -->\n    <mxCell id="component1" value="User Needs" \n            style="rounded=0;whiteSpace=wrap;html=1;" \n            vertex="1" parent="1">\n      <mxGeometry x="100" y="50" width="120" height="60" as="geometry"/>\n    </mxCell>\n    <!-- Dependencies -->\n    <mxCell id="edge1" style="edgeStyle=orthogonalEdgeStyle;" \n            edge="1" parent="1" source="component1" target="component2">\n    </mxCell>\n  </root>\n</mxGraphModel>\n```\n\n**Koordinaten-Mapping:**\n- Wardley X (0-1) → draw.io X (0-1200px)  \n- Wardley Y (0-1) → draw.io Y (0-800px)\n\n==== Browser LocalStorage\n\n**Zweck:** Lokale Persistierung der Map-Daten (nur Browser-lokal)\n\n**Datenformat:**\n```json\n{\n  "mapId": "uuid-v4",\n  "title": "My Wardley Map",\n  "components": [\n    {\n      "id": "comp1",\n      "label": "User Needs",\n      "x": 0.2,\n      "y": 0.9,\n      "evolution": "genesis"\n    }\n  ],\n  "dependencies": [\n    {\n      "from": "comp1",\n      "to": "comp2"\n    }\n  ],\n  "lastModified": "2025-06-13T11:18:00Z"\n}\n```\n', 'message': 'Update arc42 Chapter 3: Clarify system boundaries and remove import functionality'}

{'thought': 'Der Nutzer möchte eine strukturierte Gegenüberstellung von Canvas vs SVG für die Rendering-Entscheidung. Ich sollte eine ausgewogene, objektive Analyse machen und nicht zu stark in Richtung SVG pushen. Lassen Sie mich die wichtigsten Aspekte systematisch vergleichen.', 'thoughtNumber': 1, 'totalThoughts': 3, 'nextThoughtNeeded': True}

{'thought': 'Ich sollte die Vergleichskriterien aus der Perspektive unseres spezifischen Use Cases betrachten: 1 Stunde Demo-Implementation, Wardley Map Editor, Live-Stream Kontext. Die wichtigsten Faktoren sind: Implementation Speed, Event Handling, Performance for small scale, Debugging, Learning curve.', 'thoughtNumber': 2, 'totalThoughts': 3, 'nextThoughtNeeded': True}

{'thought': 'Ich werde eine strukturierte Tabelle erstellen, die alle relevanten Aspekte objektiv vergleicht, ohne voreingenommen zu sein. Das wird dem Nutzer helfen, eine informierte Entscheidung zu treffen.', 'thoughtNumber': 3, 'totalThoughts': 3, 'nextThoughtNeeded': False}

{'id': 'adr_001_svg_rendering', 'type': 'text/markdown', 'title': 'ADR-001: SVG vs Canvas für Rendering', 'command': 'create', 'content': '== ADR-001: Rendering Technology Selection - SVG for Wardley Map Visualization\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to select a rendering technology for the Wardley Map Editor that allows:\n- Visual representation of map components (rectangles)\n- Interactive drag & drop functionality  \n- Line drawing for dependencies\n- Export to draw.io XML format\n\nThe decision must be made within our 1-hour live-stream timeframe, requiring a technology that can be implemented quickly while providing good user experience.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Canvas (Baseline) | SVG | \n| Implementation Speed | 0 | +1 |\n| Event Handling Complexity | 0 | +1 |\n| Performance (Small Scale) | 0 | 0 |\n| Code Maintainability | 0 | +1 |\n| Debugging Capabilities | 0 | +1 |\n| Learning Curve | 0 | +1 |\n| **Total Score** | 0 | +5 |\n|===\n\n**Rejected Alternatives:**\n\n**Canvas:** While Canvas offers superior performance for large-scale applications (1000+ elements), it requires:\n- Manual implementation of hit-testing for mouse events\n- Custom coordinate transformation logic\n- More complex drag & drop implementation\n- No direct DOM inspection capabilities\n\nFor our demo scope (10-20 components max), Canvas\'s performance advantages are not needed, while its complexity would consume valuable implementation time.\n\n=== Decision\n\n**We choose SVG for rendering** the Wardley Map visualization.\n\n**Rationale:**\n- **Time Efficiency:** DOM-based event handling reduces implementation complexity\n- **Demo Suitability:** Elements are directly inspectable in browser dev tools\n- **Sufficient Performance:** SVG handles our target scale (10-20 components) without issues\n- **Coordinate Simplicity:** Direct pixel coordinates, no transformation matrices needed\n- **CSS Integration:** Styling can be handled through CSS classes\n\n=== Consequences\n\n==== Positive Effects\n\n- **Faster Development:** Reduced implementation time for interactive features\n- **Better Debugging:** All map elements visible in DOM inspector during live demo\n- **Simpler Codebase:** Less boilerplate code for basic functionality\n- **CSS Styling:** Standard web technologies for visual customization\n\n==== Risks\n\n- **Performance Ceiling:** May not scale beyond 100+ components (not relevant for demo)\n- **Animation Limitations:** Complex animations less smooth than Canvas (not planned)\n\n==== Technical Debt\n\n- **Future Scalability:** If the tool evolves beyond demo scope, Canvas migration might be needed\n- **Advanced Graphics:** Complex visual effects would require Canvas re-implementation\n\n=== Implementation Notes\n\n**SVG Structure for Wardley Maps:**\n```xml\n<svg viewBox="0 0 1200 800">\n  <!-- Axes -->\n  <line x1="100" y1="700" x2="1100" y2="700" /> <!-- Evolution -->\n  <line x1="100" y1="100" x2="100" y2="700" />   <!-- Value -->\n  \n  <!-- Components -->\n  <rect id="comp1" x="200" y="300" width="100" height="40" />\n  <text x="250" y="325">User Needs</text>\n  \n  <!-- Dependencies -->\n  <line x1="250" y1="340" x2="350" y2="450" />\n</svg>\n```\n\n**Event Handling:**\n```javascript\ncomponent.addEventListener(\'mousedown\', startDrag);\ncomponent.addEventListener(\'mousemove\', drag);\ncomponent.addEventListener(\'mouseup\', endDrag);\n```\n', 'version_uuid': 'e4ccddb3-f94b-4ed3-bc8e-c7a81aca32ae'}

{'path': 'docs/arc42/adr-001-svg-rendering.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== ADR-001: Rendering Technology Selection - SVG for Wardley Map Visualization\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to select a rendering technology for the Wardley Map Editor that allows:\n- Visual representation of map components (rectangles)\n- Interactive drag & drop functionality  \n- Line drawing for dependencies\n- Export to draw.io XML format\n\nThe decision must be made within our 1-hour live-stream timeframe, requiring a technology that can be implemented quickly while providing good user experience.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Canvas (Baseline) | SVG | \n| Implementation Speed | 0 | +1 |\n| Event Handling Complexity | 0 | +1 |\n| Performance (Small Scale) | 0 | 0 |\n| Code Maintainability | 0 | +1 |\n| Debugging Capabilities | 0 | +1 |\n| Learning Curve | 0 | +1 |\n| **Total Score** | 0 | +5 |\n|===\n\n**Rejected Alternatives:**\n\n**Canvas:** While Canvas offers superior performance for large-scale applications (1000+ elements), it requires:\n- Manual implementation of hit-testing for mouse events\n- Custom coordinate transformation logic\n- More complex drag & drop implementation\n- No direct DOM inspection capabilities\n\nFor our demo scope (10-20 components max), Canvas\'s performance advantages are not needed, while its complexity would consume valuable implementation time.\n\n=== Decision\n\n**We choose SVG for rendering** the Wardley Map visualization.\n\n**Rationale:**\n- **Time Efficiency:** DOM-based event handling reduces implementation complexity\n- **Demo Suitability:** Elements are directly inspectable in browser dev tools\n- **Sufficient Performance:** SVG handles our target scale (10-20 components) without issues\n- **Coordinate Simplicity:** Direct pixel coordinates, no transformation matrices needed\n- **CSS Integration:** Styling can be handled through CSS classes\n\n=== Consequences\n\n==== Positive Effects\n\n- **Faster Development:** Reduced implementation time for interactive features\n- **Better Debugging:** All map elements visible in DOM inspector during live demo\n- **Simpler Codebase:** Less boilerplate code for basic functionality\n- **CSS Styling:** Standard web technologies for visual customization\n\n==== Risks\n\n- **Performance Ceiling:** May not scale beyond 100+ components (not relevant for demo)\n- **Animation Limitations:** Complex animations less smooth than Canvas (not planned)\n\n==== Technical Debt\n\n- **Future Scalability:** If the tool evolves beyond demo scope, Canvas migration might be needed\n- **Advanced Graphics:** Complex visual effects would require Canvas re-implementation\n\n=== Implementation Notes\n\n**SVG Structure for Wardley Maps:**\n```xml\n<svg viewBox="0 0 1200 800">\n  <!-- Axes -->\n  <line x1="100" y1="700" x2="1100" y2="700" /> <!-- Evolution -->\n  <line x1="100" y1="100" x2="100" y2="700" />   <!-- Value -->\n  \n  <!-- Components -->\n  <rect id="comp1" x="200" y="300" width="100" height="40" />\n  <text x="250" y="325">User Needs</text>\n  \n  <!-- Dependencies -->\n  <line x1="250" y1="340" x2="350" y2="450" />\n</svg>\n```\n\n**Event Handling:**\n```javascript\ncomponent.addEventListener(\'mousedown\', startDrag);\ncomponent.addEventListener(\'mousemove\', drag);\ncomponent.addEventListener(\'mouseup\', endDrag);\n```\n', 'message': 'Add ADR-001: SVG vs Canvas rendering decision with Pugh Matrix analysis'}

{'id': 'adr_001_svg_rendering', 'command': 'update', 'new_str': '==== Technical Debt\n\n**None.** The decision aligns with our demo scope and requirements. Performance limitations and animation constraints are not relevant for our intended use case of 10-20 components in a live demo context.', 'old_str': '==== Technical Debt\n\n- **Future Scalability:** If the tool evolves beyond demo scope, Canvas migration might be needed\n- **Advanced Graphics:** Complex visual effects would require Canvas re-implementation', 'version_uuid': 'd0f1821b-8aba-48d4-bbfd-70009b49d786'}

{'sha': '70fbac8c962a71bebace9838b9b28f4db3463184', 'path': 'docs/arc42/adr-001-svg-rendering.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== ADR-001: Rendering Technology Selection - SVG for Wardley Map Visualization\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to select a rendering technology for the Wardley Map Editor that allows:\n- Visual representation of map components (rectangles)\n- Interactive drag & drop functionality  \n- Line drawing for dependencies\n- Export to draw.io XML format\n\nThe decision must be made within our 1-hour live-stream timeframe, requiring a technology that can be implemented quickly while providing good user experience.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Canvas (Baseline) | SVG | \n| Implementation Speed | 0 | +1 |\n| Event Handling Complexity | 0 | +1 |\n| Performance (Small Scale) | 0 | 0 |\n| Code Maintainability | 0 | +1 |\n| Debugging Capabilities | 0 | +1 |\n| Learning Curve | 0 | +1 |\n| **Total Score** | 0 | +5 |\n|===\n\n**Rejected Alternatives:**\n\n**Canvas:** While Canvas offers superior performance for large-scale applications (1000+ elements), it requires:\n- Manual implementation of hit-testing for mouse events\n- Custom coordinate transformation logic\n- More complex drag & drop implementation\n- No direct DOM inspection capabilities\n\nFor our demo scope (10-20 components max), Canvas\'s performance advantages are not needed, while its complexity would consume valuable implementation time.\n\n=== Decision\n\n**We choose SVG for rendering** the Wardley Map visualization.\n\n**Rationale:**\n- **Time Efficiency:** DOM-based event handling reduces implementation complexity\n- **Demo Suitability:** Elements are directly inspectable in browser dev tools\n- **Sufficient Performance:** SVG handles our target scale (10-20 components) without issues\n- **Coordinate Simplicity:** Direct pixel coordinates, no transformation matrices needed\n- **CSS Integration:** Styling can be handled through CSS classes\n\n=== Consequences\n\n==== Positive Effects\n\n- **Faster Development:** Reduced implementation time for interactive features\n- **Better Debugging:** All map elements visible in DOM inspector during live demo\n- **Simpler Codebase:** Less boilerplate code for basic functionality\n- **CSS Styling:** Standard web technologies for visual customization\n\n==== Risks\n\n- **Performance Ceiling:** May not scale beyond 100+ components (not relevant for demo)\n- **Animation Limitations:** Complex animations less smooth than Canvas (not planned)\n\n==== Technical Debt\n\n**None.** The decision aligns with our demo scope and requirements. Performance limitations and animation constraints are not relevant for our intended use case of 10-20 components in a live demo context.\n\n=== Implementation Notes\n\n**SVG Structure for Wardley Maps:**\n```xml\n<svg viewBox="0 0 1200 800">\n  <!-- Axes -->\n  <line x1="100" y1="700" x2="1100" y2="700" /> <!-- Evolution -->\n  <line x1="100" y1="100" x2="100" y2="700" />   <!-- Value -->\n  \n  <!-- Components -->\n  <rect id="comp1" x="200" y="300" width="100" height="40" />\n  <text x="250" y="325">User Needs</text>\n  \n  <!-- Dependencies -->\n  <line x1="250" y1="340" x2="350" y2="450" />\n</svg>\n```\n\n**Event Handling:**\n```javascript\ncomponent.addEventListener(\'mousedown\', startDrag);\ncomponent.addEventListener(\'mousemove\', drag);\ncomponent.addEventListener(\'mouseup\', endDrag);\n```\n', 'message': 'Fix ADR-001: Remove false technical debt, align with demo scope'}

{'path': 'docs/arc42/adr-002-architecture-pattern.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== ADR-002: Architecture Pattern Selection - Simple Event Handlers\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to choose an architecture pattern for organizing the Wardley Map Editor code. The solution must be implementable within 25 minutes while providing clean separation of concerns for:\n- User interface interactions\n- Data management\n- Rendering logic\n- Export functionality\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Simple Event Handlers (Baseline) | MVC Pattern | Component Architecture\n| Implementation Speed | 0 | -2 | -2\n| Code Complexity | 0 | -1 | -2\n| Maintainability | 0 | +1 | +2\n| Learning Curve | 0 | -1 | -2\n| Demo Suitability | 0 | -1 | -1\n| **Total Score** | 0 | -4 | -5\n|===\n\n**Rejected Alternatives:**\n\n**MVC Pattern:** Would require separate Model, View, Controller classes and event bus implementation - too much boilerplate for 25-minute implementation.\n\n**Component Architecture:** Modern but requires careful design of component interfaces and lifecycle management - complexity not justified for demo scope.\n\n=== Decision\n\n**We choose Simple Event Handlers** with direct DOM manipulation.\n\n**Rationale:**\n- **Minimal Boilerplate:** Direct addEventListener() calls, no framework overhead\n- **Fast Implementation:** Straightforward JavaScript without architectural complexity\n- **Easy Debugging:** Clear event flow, no hidden abstractions\n- **Demo Focus:** Code remains readable and explainable during live stream\n\n=== Consequences\n\n==== Positive Effects\n\n- **Rapid Development:** Minimal setup, direct implementation\n- **Clear Code Flow:** Easy to follow during live demonstration\n- **No Dependencies:** Pure JavaScript, no architectural libraries needed\n\n==== Risks\n\n- **Code Organization:** May become messy if scope grows beyond demo\n- **Event Management:** Manual event cleanup required\n\n==== Technical Debt\n\n**None.** Simple event handlers are appropriate for our demo scope and timeline.\n', 'message': 'Add ADR-002: Simple Event Handlers architecture decision'}

{'path': 'docs/arc42/adr-003-data-persistence.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== ADR-003: Data Persistence Strategy - LocalStorage Only\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to decide how to persist Wardley Map data between browser sessions. The solution must work without server infrastructure and be implementable within our time constraints.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | LocalStorage (Baseline) | IndexedDB | No Persistence\n| Implementation Speed | 0 | -2 | +1\n| Data Capacity | 0 | +1 | -2\n| Browser Support | 0 | -1 | +1\n| API Complexity | 0 | -2 | +1\n| Demo Value | 0 | 0 | -2\n| **Total Score** | 0 | -4 | -1\n|===\n\n**Rejected Alternatives:**\n\n**IndexedDB:** More powerful but asynchronous API adds complexity. 5-10MB capacity not needed for demo maps.\n\n**No Persistence:** Would frustrate demo users who lose work on page refresh.\n\n=== Decision\n\n**We choose LocalStorage** for map data persistence.\n\n**Rationale:**\n- **Simple API:** Synchronous JSON.stringify/parse operations\n- **Sufficient Capacity:** 5MB limit more than adequate for demo maps\n- **Universal Support:** Available in all target browsers\n- **Immediate Implementation:** No complex async handling required\n\n=== Consequences\n\n==== Positive Effects\n\n- **Fast Implementation:** Simple key-value storage, no complex data modeling\n- **User Experience:** Maps persist across browser sessions\n- **No Infrastructure:** Client-side only, no server dependencies\n\n==== Risks\n\n- **Storage Limits:** 5MB browser limit (not relevant for demo scope)\n- **Browser Clearing:** Data lost if user clears browser storage (acceptable for demo)\n\n==== Technical Debt\n\n**None.** LocalStorage meets all demo requirements without over-engineering.\n\n=== Implementation Notes\n\n**Data Structure:**\n```javascript\nconst mapData = {\n  id: crypto.randomUUID(),\n  title: "My Wardley Map",\n  components: [\n    {id: "comp1", label: "User Needs", x: 0.2, y: 0.9}\n  ],\n  dependencies: [\n    {from: "comp1", to: "comp2"}\n  ],\n  lastModified: new Date().toISOString()\n};\n\nlocalStorage.setItem(\'wardley-map\', JSON.stringify(mapData));\n```\n', 'message': 'Add ADR-003: LocalStorage persistence decision'}

{'path': 'docs/arc42/adr-004-user-interaction.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': "== ADR-004: User Interface Strategy - Mouse-Only Interaction\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to define the user interaction model for the Wardley Map Editor. The solution must be implementable within our remaining 20 minutes while providing intuitive map editing capabilities.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Mouse-Only (Baseline) | Touch Support | Keyboard Shortcuts\n| Implementation Speed | 0 | -2 | -1\n| Code Complexity | 0 | -2 | -1\n| Browser Testing | 0 | -2 | 0\n| Demo Focus | 0 | -1 | -1\n| User Experience | 0 | +1 | +1\n| **Total Score** | 0 | -6 | -2\n|===\n\n**Rejected Alternatives:**\n\n**Touch Support:** Requires handling touchstart/touchmove/touchend events with different coordinate systems. Additional complexity for device testing.\n\n**Keyboard Shortcuts:** Would require key binding management and user documentation. Not essential for basic demo functionality.\n\n=== Decision\n\n**We choose Mouse-Only interaction** for the initial implementation.\n\n**Rationale:**\n- **Time Efficiency:** Single event model (mousedown/mousemove/mouseup)\n- **Demo Environment:** Live stream likely uses desktop browser\n- **Testing Simplicity:** No cross-device testing required\n- **Clear Implementation:** Straightforward drag & drop implementation\n\n=== Consequences\n\n==== Positive Effects\n\n- **Rapid Development:** Single interaction model to implement\n- **Predictable Behavior:** Consistent mouse event handling across browsers\n- **Easy Debugging:** Clear event flow for live demonstration\n\n==== Risks\n\n- **Limited Accessibility:** No keyboard navigation support\n- **Mobile Limitation:** Not usable on touch devices\n\n==== Technical Debt\n\n**Minor.** Touch support could be added later with minimal refactoring by extending existing mouse event handlers.\n\n=== Implementation Notes\n\n**Event Handling:**\n```javascript\n// Component drag & drop\ncomponent.addEventListener('mousedown', startDrag);\ndocument.addEventListener('mousemove', drag);\ndocument.addEventListener('mouseup', endDrag);\n\n// Canvas click for new components\ncanvas.addEventListener('click', addComponent);\n```\n\n**Coordinate Handling:**\n```javascript\nfunction getMousePosition(event, svg) {\n  const rect = svg.getBoundingClientRect();\n  return {\n    x: event.clientX - rect.left,\n    y: event.clientY - rect.top\n  };\n}\n```\n", 'message': 'Add ADR-004: Mouse-only interaction decision'}

{'path': 'docs/arc42/04_solution_strategy.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 4. Lösungsstrategie\n\n[role="arc42help"]\n****\nKurzer Überblick über die grundlegenden Entscheidungen und Lösungsansätze, die Entwurf und Implementierung des Systems prägen.\n****\n\n=== 4.1 Überblick\n\nDie Lösungsstrategie für den Wardley Map Editor basiert auf **Einfachheit und Geschwindigkeit** der Implementierung, um in der verfügbaren Zeit von ~25 Minuten einen funktionsfähigen Demonstrator zu erstellen.\n\n=== 4.2 Zentrale Architekturentscheidungen\n\n[cols="1,2,1" options="header"]\n|===\n| Entscheidung | Lösung | ADR\n\n| **Rendering-Technologie** \n| SVG für Visualisierung\n| ADR-001\n\n| **Architektur-Pattern** \n| Simple Event Handlers, keine Frameworks\n| ADR-002\n\n| **Daten-Persistierung** \n| Browser LocalStorage\n| ADR-003\n\n| **User Interaction** \n| Mouse-Only (kein Touch/Keyboard)\n| ADR-004\n|===\n\n=== 4.3 Technologie-Stack\n\n**Frontend:**\n- HTML5 + CSS3 für Layout\n- Vanilla JavaScript ES6+ für Logik\n- SVG für Wardley Map Rendering\n- LocalStorage für Datenpersistierung\n\n**Export:**\n- draw.io XML Format für Interoperabilität\n\n**Entwicklung:**\n- Keine Build-Tools oder Dependencies\n- Direkte Implementierung in Browser\n\n=== 4.4 Implementierungsstrategie\n\n**Phase 1: Basis-Framework (10 Min)**\n1. HTML-Struktur mit SVG-Container\n2. CSS-Styling für Wardley Map Layout\n3. Grundlegende Event-Handler Setup\n\n**Phase 2: Core Funktionalität (10 Min)**\n4. Komponenten-Erstellung per Klick\n5. Drag & Drop für Positionierung\n6. LocalStorage Save/Load\n\n**Phase 3: Export (5 Min)**\n7. draw.io XML-Generierung\n8. Download-Funktionalität\n\n=== 4.5 Qualitätssicherung\n\n**Live-Demo Fokus:**\n- Einfacher, nachvollziehbarer Code\n- Debugging-freundliche Implementierung\n- Visuell ansprechende Demo\n\n**Technische Qualität:**\n- Browser DevTools Integration (SVG DOM)\n- Error Handling für User Inputs\n- Responsive Layout für Stream-Darstellung\n\n=== 4.6 Risiko-Mitigation\n\n**Zeit-Risiko:** Fokus auf MVP-Features, keine Nice-to-Haves\n**Komplexitäts-Risiko:** Bewusst einfache Implementierung ohne Over-Engineering\n**Demo-Risiko:** Schritt-für-Schritt Entwicklung mit funktionsfähigen Zwischenstände\n', 'message': 'Add arc42 Chapter 4: Solution Strategy with implementation phases'}

{'path': 'docs/arc42/09_architecture_decisions.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 9. Architekturentscheidungen\n\n[role="arc42help"]\n****\nWichtige, teure, große oder riskante Architektur- oder Entwurfsentscheidungen inklusive der jeweiligen Begründungen. Mit "Entscheidungen" meinen wir hier die Auswahl einer von mehreren Alternativen unter vorgegebenen Kriterien.\n****\n\nAlle Architekturentscheidungen für den Wardley Map Editor sind als Architecture Decision Records (ADRs) dokumentiert. Diese wurden während der Live-Session basierend auf unserem 1-Stunden Zeitbudget getroffen.\n\n=== Übersicht der Entscheidungen\n\n[cols="1,2,2" options="header"]\n|===\n| ADR | Entscheidung | Begründung\n\n| ADR-001 \n| SVG für Rendering (vs. Canvas)\n| Einfacheres Event-Handling, besseres Debugging\n\n| ADR-002 \n| Simple Event Handlers (vs. MVC/Frameworks)\n| Minimaler Boilerplate, schnelle Implementierung\n\n| ADR-003 \n| LocalStorage (vs. IndexedDB/No Persistence)\n| Einfache API, ausreichend für Demo-Scope\n\n| ADR-004 \n| Mouse-Only Interaction (vs. Touch/Keyboard)\n| Reduzierte Komplexität, Desktop-Demo fokussiert\n|===\n\n=== Architecture Decision Records\n\ninclude::adr-001-svg-rendering.adoc[]\n\n\'\'\'\n\ninclude::adr-002-architecture-pattern.adoc[]\n\n\'\'\'\n\ninclude::adr-003-data-persistence.adoc[]\n\n\'\'\'\n\ninclude::adr-004-user-interaction.adoc[]\n', 'message': 'Add arc42 Chapter 9: Architecture Decisions with ADR references'}

{'path': 'docs/arc42/11_risks_and_technical_debt.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 11. Risiken und technische Schulden\n\n[role="arc42help"]\n****\nEine nach Prioritäten geordnete Liste der erkannten Architekturrisiken und/oder technischen Schulden.\n****\n\n=== 11.1 Risiken\n\nDie folgenden Risiken wurden in den Architecture Decision Records identifiziert:\n\n[cols="1,2,2,1" options="header"]\n|===\n| Risiko | Beschreibung | Auswirkung | Quelle\n\n| **Performance Ceiling** \n| SVG Performance-Grenzen bei 100+ Komponenten\n| **Niedrig** - Demo-Scope nur 10-20 Komponenten\n| ADR-001\n\n| **Animation Limitations** \n| Komplexe Animationen weniger smooth als Canvas\n| **Niedrig** - Keine Animationen geplant\n| ADR-001\n\n| **Code Organization** \n| Simple Event Handlers können unübersichtlich werden\n| **Niedrig** - Demo-Scope begrenzt Komplexität\n| ADR-002\n\n| **Event Management** \n| Manuelle Event Cleanup erforderlich\n| **Niedrig** - Wenige Events, kurze Session\n| ADR-002\n\n| **Storage Limits** \n| LocalStorage 5MB Browser-Limit\n| **Niedrig** - Demo Maps << 1MB\n| ADR-003\n\n| **Browser Clearing** \n| Daten verloren bei Browser Storage löschen\n| **Akzeptabel** - Demo-Kontext\n| ADR-003\n\n| **Limited Accessibility** \n| Keine Keyboard-Navigation\n| **Niedrig** - Desktop Demo-Fokus\n| ADR-004\n\n| **Mobile Limitation** \n| Nicht nutzbar auf Touch-Devices\n| **Akzeptabel** - Live-Stream Desktop-fokussiert\n| ADR-004\n|===\n\n=== 11.2 Technische Schulden\n\n**Aktuelle technische Schulden:** **Keine**\n\nAlle identifizierten Limitationen sind **bewusste Scope-Entscheidungen** für das Demo-Projekt, nicht technische Schulden:\n\n[cols="1,2,2" options="header"]\n|===\n| Bereich | Status | Begründung\n\n| **Rendering-Performance** \n| Keine Schuld\n| SVG ist angemessen für Demo-Scope (10-20 Komponenten)\n\n| **Architektur-Pattern** \n| Keine Schuld  \n| Simple Event Handlers sind richtig für 25-Min Implementation\n\n| **Daten-Persistierung** \n| Keine Schuld\n| LocalStorage erfüllt alle Demo-Anforderungen\n\n| **Touch-Support** \n| **Minor Technical Debt**\n| Könnte später mit minimalem Refactoring ergänzt werden\n|===\n\n=== 11.3 Risiko-Mitigation\n\n**Für den Demo-Kontext sind keine Mitigationsmaßnahmen erforderlich.**\n\nAlle identifizierten Risiken haben niedrige Auswirkung auf unsere Demo-Ziele:\n- ✅ Funktionsfähiger Prototyp in 1 Stunde\n- ✅ Nachvollziehbare Architektur für Stream-Zuschauer  \n- ✅ Demonstration von Human-AI Collaboration\n\n=== 11.4 Monitoring\n\n**Demo-relevante Überwachung:**\n- Browser DevTools für SVG DOM Inspektion\n- Console Logs für Event-Debugging\n- LocalStorage Browser Inspector für Datenpersistierung\n\n**Keine produktiven Monitoring-Anforderungen** aufgrund des Demo-Charakters.\n', 'message': 'Add arc42 Chapter 11: Risks and Technical Debt collected from ADRs'}

{'path': 'docs/arc42/10_quality_requirements.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 10. Qualitätsanforderungen\n\n[role="arc42help"]\n****\nHier konkretisieren Sie die (in Kapitel 1.2 genannten) Qualitätsziele durch Qualitätsszenarien, messbar oder zumindest objektiv bewertbar.\n****\n\n=== 10.1 Qualitätsbaum\n\n[plantuml, quality-tree, svg]\n----\n@startmindmap\n* Wardley Map Editor\\nQualität\n** Demo-Fähigkeit\n*** Zeitbudget 1h\n*** Funktionsfähig\n*** Stream-tauglich\n** Verständlichkeit\n*** Code-Klarheit\n*** Architektur-Nachvollziehbarkeit\n*** Live-Debugging\n** Lernwert\n*** AI-Collaboration\n*** Architektur-Methoden\n*** Praktische Umsetzung\n@endmindmap\n----\n\n=== 10.2 Qualitätsszenarien\n\n[cols="1,2,2,2" options="header"]\n|===\n| Qualitätsziel | Szenario | Stimulus | Antwort\n\n| **Demo-Fähigkeit** \n| Stream-Präsentation\n| Zuschauer sieht live Demo\n| Funktionierender Editor in 1 Stunde implementiert\n\n| **Verständlichkeit** \n| Code-Review während Stream\n| Zuschauer fragt nach Implementierung\n| Code ist ohne Erklärung nachvollziehbar\n\n| **Lernwert** \n| AI-Architektur Demonstration\n| Zuschauer will AI-Kollaboration verstehen\n| Strukturierte ADRs, klare Entscheidungsprozesse\n|===\n\n=== 10.3 Bewertungsszenarien\n\n**Demo-Fähigkeit:**\n- ✅ **Erfolgreich:** Wardley Map mit 3 Komponenten erstellbar\n- ✅ **Akzeptabel:** SVG-Rendering funktioniert\n- ❌ **Fehlschlag:** Keine visuellen Komponenten\n\n**Verständlichkeit:**\n- ✅ **Erfolgreich:** Code unter 200 Zeilen, selbsterklärend\n- ✅ **Akzeptabel:** Kommentare notwendig für Verständnis\n- ❌ **Fehlschlag:** Architektur nicht nachvollziehbar\n\n**Lernwert:**\n- ✅ **Erfolgreich:** ADR-Prozess demonstriert, Entscheidungen begründet\n- ✅ **Akzeptabel:** Grundlegende AI-Collaboration gezeigt\n- ❌ **Fehlschlag:** Keine strukturierte Zusammenarbeit erkennbar\n\n=== 10.4 Metriken\n\n**Demo-Metriken:**\n- Implementierungszeit: ≤ 60 Minuten\n- Funktionsfähige Komponenten: ≥ 3\n- Browser-Kompatibilität: Chrome, Firefox\n\n**Code-Qualität:**\n- Codebase-Größe: ≤ 300 Zeilen (HTML+CSS+JS)\n- Event-Handler: ≤ 5 verschiedene\n- Dependencies: 0 externe Libraries\n\n**Architektur-Dokumentation:**\n- arc42 Kapitel: ≥ 6 Kapitel\n- ADRs: ≥ 4 Entscheidungen\n- Dokumentationszeit: ≤ 40 Minuten\n', 'message': 'Add arc42 Chapter 10: Quality Requirements with scenarios and metrics'}

{'path': 'docs/arc42/05_building_block_view.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 5. Bausteinsicht\n\n[role="arc42help"]\n****\nDiese Sicht zeigt die statische Zerlegung des Systems in Bausteine (Module, Komponenten, Subsysteme, Klassen, Interfaces, Pakete, Bibliotheken, Frameworks, Schichten, Partitionen, Tiers, Funktionen, Makros, Operationen, Datenstrukturen, ...) sowie deren Beziehungen.\n****\n\n=== 5.1 Whitebox Gesamtsystem\n\n[plantuml, building-blocks, svg]\n----\n!include <C4/C4_Component>\n\ntitle Wardley Map Editor - Bausteinsicht\n\nContainer_Boundary(browser, "Browser Environment") {\n  Component(ui, "User Interface", "HTML/CSS", "Main editor interface with SVG canvas")\n  Component(map_engine, "Map Engine", "JavaScript", "Core logic for map creation and manipulation")\n  Component(event_handler, "Event Handler", "JavaScript", "Mouse events and user interactions")\n  Component(storage, "Storage Manager", "JavaScript", "LocalStorage operations")\n  Component(export, "Export Engine", "JavaScript", "draw.io XML generation")\n}\n\nRel(ui, event_handler, "user interactions")\nRel(event_handler, map_engine, "component updates")\nRel(map_engine, ui, "renders changes")\nRel(map_engine, storage, "save/load data")\nRel(map_engine, export, "generate XML")\n----\n\n**Bausteine der Ebene 1:**\n\n[cols="1,2" options="header"]\n|===\n| Baustein | Verantwortung\n\n| **User Interface** \n| SVG-Canvas für Wardley Map Darstellung, Toolbar für Aktionen\n\n| **Map Engine** \n| Verwaltung der Map-Datenstruktur, Koordinaten-Transformation\n\n| **Event Handler** \n| Mouse-Events verarbeiten, Drag & Drop Koordination\n\n| **Storage Manager** \n| Persistierung in LocalStorage, JSON Serialisierung\n\n| **Export Engine** \n| draw.io XML-Format Generierung, Download-Funktionalität\n|===\n\n=== 5.2 Whitebox Map Engine\n\n**Zweck/Verantwortung:**\nZentrale Komponente für Wardley Map Logik und Datenmanagement.\n\n[plantuml, map-engine-detail, svg]\n----\npackage "Map Engine" {\n  class MapData {\n    +components: Component[]\n    +dependencies: Dependency[]\n    +title: string\n    +addComponent()\n    +removeComponent()\n    +addDependency()\n  }\n  \n  class Component {\n    +id: string\n    +label: string\n    +x: number (0-1)\n    +y: number (0-1)\n    +evolution: string\n  }\n  \n  class Dependency {\n    +from: string\n    +to: string\n  }\n  \n  class CoordinateSystem {\n    +wardleyToPixel()\n    +pixelToWardley()\n    +validatePosition()\n  }\n}\n\nMapData *-- Component\nMapData *-- Dependency\nMapData --> CoordinateSystem\n----\n\n**Enthaltene Bausteine:**\n\n[cols="1,2" options="header"]\n|===\n| Baustein | Verantwortung\n\n| **MapData** \n| Hauptdatenstruktur, CRUD-Operationen für Components/Dependencies\n\n| **Component** \n| Einzelne Wardley Map Komponente mit Position und Label\n\n| **Dependency** \n| Verbindung zwischen zwei Komponenten\n\n| **CoordinateSystem** \n| Transformation zwischen Wardley-Koordinaten (0-1) und Pixel-Koordinaten\n|===\n\n=== 5.3 Whitebox Event Handler\n\n**Zweck/Verantwortung:**\nVerarbeitung aller Benutzerinteraktionen und UI-Events.\n\n**Schnittstellen:**\n- **Input:** Mouse Events (mousedown, mousemove, mouseup, click)\n- **Output:** Map Engine Updates (addComponent, moveComponent)\n\n**Algorithmus:**\n```\nMouse Click auf Canvas → neue Komponente erstellen\nMouse Down auf Komponente → Drag-Modus starten  \nMouse Move (während Drag) → Komponente Position updaten\nMouse Up → Drag-Modus beenden, Position speichern\n```\n', 'message': 'Add arc42 Chapter 5: Building Block View with component architecture'}

{'path': 'docs/arc42/12_glossary.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '== 12. Glossar\n\n[role="arc42help"]\n****\nDie wesentlichen fachlichen und technischen Begriffe, die Stakeholder im Zusammenhang mit dem System verwenden.\n****\n\n[cols="1,3" options="header"]\n|===\n| Begriff | Definition\n\n| **ADR** \n| Architecture Decision Record - Dokumentation einer Architekturentscheidung mit Begründung und Alternativen\n\n| **arc42** \n| Template für Architekturdokumentation mit 12 standardisierten Kapiteln\n\n| **Canvas API** \n| Browser-Schnittstelle für pixel-basiertes Zeichnen auf HTML5 Canvas-Elementen\n\n| **Component** \n| Einzelner Baustein in einer Wardley Map mit Position auf Evolution/Value-Achsen\n\n| **Dependency** \n| Abhängigkeitsbeziehung zwischen zwei Komponenten in einer Wardley Map\n\n| **docToolchain** \n| Tool für "docs-as-code" Ansatz, generiert Dokumentation aus AsciiDoc-Dateien\n\n| **draw.io** \n| Web-basierte Diagramm-Software von JGraph, unterstützt XML-Import/Export\n\n| **Evolution Axis** \n| X-Achse in Wardley Maps: Genesis → Custom Built → Product → Commodity\n\n| **LocalStorage** \n| Browser Web Storage API für lokale Datenpersistierung (ca. 5MB Limit)\n\n| **MVP** \n| Minimum Viable Product - funktionsfähige Grundversion mit essentiellen Features\n\n| **PlantUML** \n| Textbasierte Diagramm-Sprache für UML und andere Diagrammtypen\n\n| **Pugh Matrix** \n| Bewertungsmatrix für Alternativenvergleich mit gewichteten Kriterien\n\n| **SVG** \n| Scalable Vector Graphics - XML-basiertes Vektorgrafikformat für Web\n\n| **Value Chain Axis** \n| Y-Achse in Wardley Maps: Invisible → Visible → Customer\n\n| **Wardley Map** \n| Strategische Visualisierungsmethode von Simon Wardley für Wertschöpfungsketten und Evolution\n\n| **XML** \n| Extensible Markup Language - strukturiertes Datenformat für draw.io Export\n|===\n\n=== Abkürzungen\n\n[cols="1,3" options="header"]\n|===\n| Abkürzung | Bedeutung\n\n| **API** | Application Programming Interface\n| **CSS** | Cascading Style Sheets  \n| **DOM** | Document Object Model\n| **HTML** | HyperText Markup Language\n| **JSON** | JavaScript Object Notation\n| **MIT** | Massachusetts Institute of Technology (License)\n| **UI** | User Interface\n| **UX** | User Experience\n| **XML** | Extensible Markup Language\n|===\n', 'message': 'Add arc42 Chapter 12: Glossary with technical and domain terms'}

{'path': 'README.md', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '# Wardley Map Editor\n\n🗺️ **A web-based visual editor for Wardley Maps with draw.io export functionality**\n\n> This project demonstrates Human-AI collaboration in software architecture, created live during a "Software Architecture in Stream" session.\n\n## 🎯 Project Overview\n\nThis Wardley Map Editor is a **demo project** showcasing:\n- ✅ Rapid architecture documentation with arc42\n- ✅ Structured decision making with Architecture Decision Records (ADRs)\n- ✅ Human-AI collaborative software design\n- ✅ Live architecture development in under 60 minutes\n\n## 🏗️ Architecture\n\nThe project follows the [arc42](https://arc42.org) template for architecture documentation and uses Architecture Decision Records (ADRs) for transparent decision tracking.\n\n**📋 [Complete Architecture Documentation](docs/arc42/arc42.html)** *(generated with docToolchain)*\n\n### Key Architectural Decisions\n\n| Decision | Choice | Rationale |\n|----------|--------|-----------|\n| **Rendering** | SVG over Canvas | Simpler event handling, better debugging |\n| **Architecture** | Simple Event Handlers | Minimal complexity for 1-hour implementation |\n| **Persistence** | LocalStorage | No server infrastructure needed |\n| **Interaction** | Mouse-only | Desktop-focused demo environment |\n\n## 🚀 Features (MVP)\n\n- **Visual Map Creation**: Click to create Wardley Map components\n- **Interactive Positioning**: Drag & drop on Evolution/Value axes  \n- **draw.io Export**: Generate XML files for further editing\n- **Browser Persistence**: LocalStorage saves your work\n\n## 🛠️ Technology Stack\n\n- **Frontend**: Vanilla JavaScript ES6+, HTML5, CSS3\n- **Rendering**: SVG for map visualization\n- **Storage**: Browser LocalStorage\n- **Export**: draw.io XML format\n- **Documentation**: arc42 + docToolchain + AsciiDoc\n\n## 📖 Documentation\n\nThis project demonstrates professional architecture documentation:\n\n```\ndocs/\n├── arc42/                  # Complete architecture documentation\n│   ├── 01_introduction_and_goals.adoc\n│   ├── 02_architecture_constraints.adoc\n│   ├── 03_system_scope_and_context.adoc\n│   ├── 04_solution_strategy.adoc\n│   ├── 05_building_block_view.adoc\n│   ├── 09_architecture_decisions.adoc\n│   ├── 10_quality_requirements.adoc\n│   ├── 11_risks_and_technical_debt.adoc\n│   ├── 12_glossary.adoc\n│   ├── adr-001-svg-rendering.adoc\n│   ├── adr-002-architecture-pattern.adoc\n│   ├── adr-003-data-persistence.adoc\n│   └── adr-004-user-interaction.adoc\n```\n\n## 🏃\u200d♂️ Quick Start\n\n1. **Clone the repository**\n   ```bash\n   git clone https://github.com/raifdmueller/wardley-map-editor.git\n   cd wardley-map-editor\n   ```\n\n2. **Generate documentation** (optional)\n   ```bash\n   # Download dtcw wrapper\n   curl -Lo dtcw https://doctoolchain.org/dtcw\n   chmod +x dtcw\n   \n   # Generate HTML documentation\n   ./dtcw generateHTML\n   ```\n\n3. **Open in browser**\n   ```bash\n   # For documentation\n   open build/docs/html5/arc42.html\n   \n   # For the app (when implemented)\n   open index.html\n   ```\n\n## 📺 Live Development\n\nThis project was created during a **live-streamed architecture session** demonstrating:\n\n- Real-time Human-AI collaboration\n- Structured decision making under time pressure\n- Professional architecture documentation practices\n- Modern docs-as-code workflows\n\n**Stream Highlights:**\n- ⏱️ Complete architecture in 50 minutes\n- 🤖 AI-assisted ADR creation with Pugh Matrix evaluation\n- 📋 Full arc42 documentation generated live\n- 🔄 Iterative refinement based on feedback\n\n## 🎓 Learning Outcomes\n\n**For Architecture Students:**\n- See how structured architecture documentation works in practice\n- Learn the arc42 template through a real example\n- Understand ADR-based decision tracking\n- Experience time-constrained architecture decisions\n\n**For AI/Human Collaboration:**\n- Observe effective human-AI teamwork patterns\n- See AI assisting with structured documentation\n- Learn prompt engineering for architecture work\n- Understand AI limitations and human oversight needs\n\n## 🤝 Contributing\n\nThis is primarily an educational demo project. However, contributions that improve the documentation or add educational value are welcome!\n\n**Areas for Enhancement:**\n- Implementation of the actual editor (HTML/CSS/JS)\n- Additional architecture views (deployment, runtime)\n- Extended ADRs for implementation decisions\n- Tutorial content for architecture learning\n\n## 📄 License\n\nMIT License - see [LICENSE](LICENSE) for details.\n\n## 🙏 Acknowledgments\n\n- **[arc42](https://arc42.org)** - Architecture documentation template\n- **[docToolchain](https://doctoolchain.org)** - Docs-as-code toolchain  \n- **[Wardley Mapping](https://wardleymaps.com)** - Strategic mapping methodology\n- **Software Architecture im Stream** - Live learning community\n\n---\n\n> 💡 **Note**: This project prioritizes **educational value** and **documentation quality** over feature completeness. It serves as a reference for structured architecture work rather than a production-ready tool.\n', 'message': 'Add comprehensive README.md with project overview and architecture highlights'}

{'sha': 'cba6a1343d85b4329f0bef74dae6d3a84e98a97c', 'path': 'README.md', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '# Wardley Map Editor\n\n🗺️ **A web-based visual editor for Wardley Maps with draw.io export functionality**\n\n> This project demonstrates Human-AI collaboration in software architecture, created live during a "Software Architecture in Stream" session.\n\n## 🎯 Project Overview\n\nThis Wardley Map Editor is a **demo project** showcasing:\n- ✅ Rapid architecture documentation with arc42\n- ✅ Structured decision making with Architecture Decision Records (ADRs)\n- ✅ Human-AI collaborative software design\n- ✅ Live architecture development in under 60 minutes\n\n## 🏗️ Architecture\n\nThe project follows the [arc42](https://arc42.org) template for architecture documentation and uses Architecture Decision Records (ADRs) for transparent decision tracking.\n\n**📋 [Complete Architecture Documentation](docs/arc42/arc42.html)** *(generated with docToolchain)*\n\n### Key Architectural Decisions\n\n| Decision | Choice | Rationale |\n|----------|--------|-----------|\n| **Rendering** | SVG over Canvas | Simpler event handling, better debugging |\n| **Architecture** | Simple Event Handlers | Minimal complexity for 1-hour implementation |\n| **Persistence** | LocalStorage | No server infrastructure needed |\n| **Interaction** | Mouse-only | Desktop-focused demo environment |\n\n## 🚀 Features (MVP)\n\n- **Visual Map Creation**: Click to create Wardley Map components\n- **Interactive Positioning**: Drag & drop on Evolution/Value axes  \n- **draw.io Export**: Generate XML files for further editing\n- **Browser Persistence**: LocalStorage saves your work\n\n## 🛠️ Technology Stack\n\n- **Frontend**: Vanilla JavaScript ES6+, HTML5, CSS3\n- **Rendering**: SVG for map visualization\n- **Storage**: Browser LocalStorage\n- **Export**: draw.io XML format\n- **Documentation**: arc42 + docToolchain + AsciiDoc\n\n## 📖 Documentation\n\nThis project demonstrates professional architecture documentation:\n\n```\ndocs/\n├── arc42/                  # Complete architecture documentation\n│   ├── 01_introduction_and_goals.adoc\n│   ├── 02_architecture_constraints.adoc\n│   ├── 03_system_scope_and_context.adoc\n│   ├── 04_solution_strategy.adoc\n│   ├── 05_building_block_view.adoc\n│   ├── 09_architecture_decisions.adoc\n│   ├── 10_quality_requirements.adoc\n│   ├── 11_risks_and_technical_debt.adoc\n│   ├── 12_glossary.adoc\n│   ├── adr-001-svg-rendering.adoc\n│   ├── adr-002-architecture-pattern.adoc\n│   ├── adr-003-data-persistence.adoc\n│   └── adr-004-user-interaction.adoc\n```\n\n## 🏃\u200d♂️ Quick Start\n\n1. **Clone the repository**\n   ```bash\n   git clone https://github.com/raifdmueller/wardley-map-editor.git\n   cd wardley-map-editor\n   ```\n\n2. **Generate documentation** (optional)\n   ```bash\n   # Download dtcw wrapper\n   curl -Lo dtcw https://doctoolchain.org/dtcw\n   chmod +x dtcw\n   \n   # Generate HTML documentation\n   ./dtcw generateHTML\n   ```\n\n3. **Open in browser**\n   ```bash\n   # For documentation\n   open build/docs/html5/arc42.html\n   \n   # For the app (when implemented)\n   open index.html\n   ```\n\n## 📺 Live Development\n\nThis project was created during a **live-streamed architecture session** demonstrating:\n\n- Real-time Human-AI collaboration\n- Structured decision making under time pressure\n- Professional architecture documentation practices\n- Modern docs-as-code workflows\n\n**Stream Highlights:**\n- ⏱️ Complete architecture in 50 minutes\n- 🤖 AI-assisted ADR creation with Pugh Matrix evaluation\n- 📋 Full arc42 documentation generated live\n- 🔄 Iterative refinement based on feedback\n\n## 🎓 Learning Outcomes\n\n**For Architecture Students:**\n- See how structured architecture documentation works in practice\n- Learn the arc42 template through a real example\n- Understand ADR-based decision tracking\n- Experience time-constrained architecture decisions\n\n**For AI/Human Collaboration:**\n- Observe effective human-AI teamwork patterns\n- See AI assisting with structured documentation\n- Learn prompt engineering for architecture work\n- Understand AI limitations and human oversight needs\n\n## 🤝 Contributing\n\nThis is primarily an educational demo project. However, contributions that improve the documentation or add educational value are welcome!\n\n**Areas for Enhancement:**\n- Implementation of the actual editor (HTML/CSS/JS)\n- Additional architecture views (deployment, runtime)\n- Extended ADRs for implementation decisions\n- Tutorial content for architecture learning\n\n## 📄 License\n\nMIT License - see [LICENSE](LICENSE) for details.\n\n## 🙏 Acknowledgments\n\n- **[arc42](https://arc42.org)** - Architecture documentation template\n- **[docToolchain](https://doctoolchain.org)** - Docs-as-code toolchain  \n- **[Wardley Mapping](https://wardleymaps.com)** - Strategic mapping methodology\n- **Software Architecture im Stream** - Live learning community\n\n---\n\n> 💡 **Note**: This project prioritizes **educational value** and **documentation quality** over feature completeness. It serves as a reference for structured architecture work rather than a production-ready tool.\n', 'message': 'Update README.md with comprehensive project overview and architecture highlights'}

{'sha': '537503023113c7b8880e494b19e5e283e15b04b0', 'path': 'docs/arc42/adr-001-svg-rendering.adoc', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': ':jbake-menu: -\n\n== ADR-001: Rendering Technology Selection - SVG for Wardley Map Visualization\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to select a rendering technology for the Wardley Map Editor that allows:\n- Visual representation of map components (rectangles)\n- Interactive drag & drop functionality  \n- Line drawing for dependencies\n- Export to draw.io XML format\n\nThe decision must be made within our 1-hour live-stream timeframe, requiring a technology that can be implemented quickly while providing good user experience.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Canvas (Baseline) | SVG | \n| Implementation Speed | 0 | +1 |\n| Event Handling Complexity | 0 | +1 |\n| Performance (Small Scale) | 0 | 0 |\n| Code Maintainability | 0 | +1 |\n| Debugging Capabilities | 0 | +1 |\n| Learning Curve | 0 | +1 |\n| **Total Score** | 0 | +5 |\n|===\n\n**Rejected Alternatives:**\n\n**Canvas:** While Canvas offers superior performance for large-scale applications (1000+ elements), it requires:\n- Manual implementation of hit-testing for mouse events\n- Custom coordinate transformation logic\n- More complex drag & drop implementation\n- No direct DOM inspection capabilities\n\nFor our demo scope (10-20 components max), Canvas\'s performance advantages are not needed, while its complexity would consume valuable implementation time.\n\n=== Decision\n\n**We choose SVG for rendering** the Wardley Map visualization.\n\n**Rationale:**\n- **Time Efficiency:** DOM-based event handling reduces implementation complexity\n- **Demo Suitability:** Elements are directly inspectable in browser dev tools\n- **Sufficient Performance:** SVG handles our target scale (10-20 components) without issues\n- **Coordinate Simplicity:** Direct pixel coordinates, no transformation matrices needed\n- **CSS Integration:** Styling can be handled through CSS classes\n\n=== Consequences\n\n==== Positive Effects\n\n- **Faster Development:** Reduced implementation time for interactive features\n- **Better Debugging:** All map elements visible in DOM inspector during live demo\n- **Simpler Codebase:** Less boilerplate code for basic functionality\n- **CSS Styling:** Standard web technologies for visual customization\n\n==== Risks\n\n- **Performance Ceiling:** May not scale beyond 100+ components (not relevant for demo)\n- **Animation Limitations:** Complex animations less smooth than Canvas (not planned)\n\n==== Technical Debt\n\n**None.** The decision aligns with our demo scope and requirements. Performance limitations and animation constraints are not relevant for our intended use case of 10-20 components in a live demo context.\n\n=== Implementation Notes\n\n**SVG Structure for Wardley Maps:**\n```xml\n<svg viewBox="0 0 1200 800">\n  <!-- Axes -->\n  <line x1="100" y1="700" x2="1100" y2="700" /> <!-- Evolution -->\n  <line x1="100" y1="100" x2="100" y2="700" />   <!-- Value -->\n  \n  <!-- Components -->\n  <rect id="comp1" x="200" y="300" width="100" height="40" />\n  <text x="250" y="325">User Needs</text>\n  \n  <!-- Dependencies -->\n  <line x1="250" y1="340" x2="350" y2="450" />\n</svg>\n```\n\n**Event Handling:**\n```javascript\ncomponent.addEventListener(\'mousedown\', startDrag);\ncomponent.addEventListener(\'mousemove\', drag);\ncomponent.addEventListener(\'mouseup\', endDrag);\n```\n', 'message': 'Hide ADR-001 from jbake menu navigation'}

{'repo': 'wardley-map-editor', 'files': [{'path': 'docs/arc42/adr-002-architecture-pattern.adoc', 'content': ':jbake-menu: -\n\n== ADR-002: Architecture Pattern Selection - Simple Event Handlers\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to choose an architecture pattern for organizing the Wardley Map Editor code. The solution must be implementable within 25 minutes while providing clean separation of concerns for:\n- User interface interactions\n- Data management\n- Rendering logic\n- Export functionality\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Simple Event Handlers (Baseline) | MVC Pattern | Component Architecture\n| Implementation Speed | 0 | -2 | -2\n| Code Complexity | 0 | -1 | -2\n| Maintainability | 0 | +1 | +2\n| Learning Curve | 0 | -1 | -2\n| Demo Suitability | 0 | -1 | -1\n| **Total Score** | 0 | -4 | -5\n|===\n\n**Rejected Alternatives:**\n\n**MVC Pattern:** Would require separate Model, View, Controller classes and event bus implementation - too much boilerplate for 25-minute implementation.\n\n**Component Architecture:** Modern but requires careful design of component interfaces and lifecycle management - complexity not justified for demo scope.\n\n=== Decision\n\n**We choose Simple Event Handlers** with direct DOM manipulation.\n\n**Rationale:**\n- **Minimal Boilerplate:** Direct addEventListener() calls, no framework overhead\n- **Fast Implementation:** Straightforward JavaScript without architectural complexity\n- **Easy Debugging:** Clear event flow, no hidden abstractions\n- **Demo Focus:** Code remains readable and explainable during live stream\n\n=== Consequences\n\n==== Positive Effects\n\n- **Rapid Development:** Minimal setup, direct implementation\n- **Clear Code Flow:** Easy to follow during live demonstration\n- **No Dependencies:** Pure JavaScript, no architectural libraries needed\n\n==== Risks\n\n- **Code Organization:** May become messy if scope grows beyond demo\n- **Event Management:** Manual event cleanup required\n\n==== Technical Debt\n\n**None.** Simple event handlers are appropriate for our demo scope and timeline.'}, {'path': 'docs/arc42/adr-003-data-persistence.adoc', 'content': ':jbake-menu: -\n\n== ADR-003: Data Persistence Strategy - LocalStorage Only\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to decide how to persist Wardley Map data between browser sessions. The solution must work without server infrastructure and be implementable within our time constraints.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | LocalStorage (Baseline) | IndexedDB | No Persistence\n| Implementation Speed | 0 | -2 | +1\n| Data Capacity | 0 | +1 | -2\n| Browser Support | 0 | -1 | +1\n| API Complexity | 0 | -2 | +1\n| Demo Value | 0 | 0 | -2\n| **Total Score** | 0 | -4 | -1\n|===\n\n**Rejected Alternatives:**\n\n**IndexedDB:** More powerful but asynchronous API adds complexity. 5-10MB capacity not needed for demo maps.\n\n**No Persistence:** Would frustrate demo users who lose work on page refresh.\n\n=== Decision\n\n**We choose LocalStorage** for map data persistence.\n\n**Rationale:**\n- **Simple API:** Synchronous JSON.stringify/parse operations\n- **Sufficient Capacity:** 5MB limit more than adequate for demo maps\n- **Universal Support:** Available in all target browsers\n- **Immediate Implementation:** No complex async handling required\n\n=== Consequences\n\n==== Positive Effects\n\n- **Fast Implementation:** Simple key-value storage, no complex data modeling\n- **User Experience:** Maps persist across browser sessions\n- **No Infrastructure:** Client-side only, no server dependencies\n\n==== Risks\n\n- **Storage Limits:** 5MB browser limit (not relevant for demo scope)\n- **Browser Clearing:** Data lost if user clears browser storage (acceptable for demo)\n\n==== Technical Debt\n\n**None.** LocalStorage meets all demo requirements without over-engineering.\n\n=== Implementation Notes\n\n**Data Structure:**\n```javascript\nconst mapData = {\n  id: crypto.randomUUID(),\n  title: "My Wardley Map",\n  components: [\n    {id: "comp1", label: "User Needs", x: 0.2, y: 0.9}\n  ],\n  dependencies: [\n    {from: "comp1", to: "comp2"}\n  ],\n  lastModified: new Date().toISOString()\n};\n\nlocalStorage.setItem(\'wardley-map\', JSON.stringify(mapData));\n```'}, {'path': 'docs/arc42/adr-004-user-interaction.adoc', 'content': ":jbake-menu: -\n\n== ADR-004: User Interface Strategy - Mouse-Only Interaction\n\n|===\n| Date:    h| 2025-06-13\n| Authors: h| Ralf D. Müller, Claude (AI Assistant)\n| Status:  h| Final\n|===\n\n=== Problem Description and Context\n\nWe need to define the user interaction model for the Wardley Map Editor. The solution must be implementable within our remaining 20 minutes while providing intuitive map editing capabilities.\n\n=== Alternative Evaluation (Pugh Matrix)\n\n|===\n| Criterion | Mouse-Only (Baseline) | Touch Support | Keyboard Shortcuts\n| Implementation Speed | 0 | -2 | -1\n| Code Complexity | 0 | -2 | -1\n| Browser Testing | 0 | -2 | 0\n| Demo Focus | 0 | -1 | -1\n| User Experience | 0 | +1 | +1\n| **Total Score** | 0 | -6 | -2\n|===\n\n**Rejected Alternatives:**\n\n**Touch Support:** Requires handling touchstart/touchmove/touchend events with different coordinate systems. Additional complexity for device testing.\n\n**Keyboard Shortcuts:** Would require key binding management and user documentation. Not essential for basic demo functionality.\n\n=== Decision\n\n**We choose Mouse-Only interaction** for the initial implementation.\n\n**Rationale:**\n- **Time Efficiency:** Single event model (mousedown/mousemove/mouseup)\n- **Demo Environment:** Live stream likely uses desktop browser\n- **Testing Simplicity:** No cross-device testing required\n- **Clear Implementation:** Straightforward drag & drop implementation\n\n=== Consequences\n\n==== Positive Effects\n\n- **Rapid Development:** Single interaction model to implement\n- **Predictable Behavior:** Consistent mouse event handling across browsers\n- **Easy Debugging:** Clear event flow for live demonstration\n\n==== Risks\n\n- **Limited Accessibility:** No keyboard navigation support\n- **Mobile Limitation:** Not usable on touch devices\n\n==== Technical Debt\n\n**Minor.** Touch support could be added later with minimal refactoring by extending existing mouse event handlers.\n\n=== Implementation Notes\n\n**Event Handling:**\n```javascript\n// Component drag & drop\ncomponent.addEventListener('mousedown', startDrag);\ndocument.addEventListener('mousemove', drag);\ndocument.addEventListener('mouseup', endDrag);\n\n// Canvas click for new components\ncanvas.addEventListener('click', addComponent);\n```\n\n**Coordinate Handling:**\n```javascript\nfunction getMousePosition(event, svg) {\n  const rect = svg.getBoundingClientRect();\n  return {\n    x: event.clientX - rect.left,\n    y: event.clientY - rect.top\n  };\n}\n```"}], 'owner': 'raifdmueller', 'branch': 'main', 'message': 'Hide all ADRs from jbake menu navigation'}

{'path': 'docToolchainConfig.groovy', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '// docToolchain configuration for Wardley Map Editor\n// Documentation: https://doctoolchain.org/docToolchain/v2.0.x/\n\n// Output and input directories\noutputPath = \'build/docs\'\ninputPath = \'docs\'\n\n// Files to be converted\ninputFiles = [\n    [file: \'arc42/arc42.adoc\', formats: [\'html\', \'pdf\']],\n]\n\n// Where to find images\nimageDirs = [\n    "${inputPath}/images",\n    "${inputPath}/arc42/images"\n]\n\n// Configuration for HTML generation\njbake = [\n    // Use docToolchain theme\n    template: \'docToolchain\',\n    \n    // Additional attributes for AsciiDoc\n    asciidoctorAttributes: [\n        \'toc\': \'left\',\n        \'toclevels\': \'3\',\n        \'sectlinks\': \'\',\n        \'sectanchors\': \'\',\n        \'numbered\': \'\',\n        \'icons\': \'font\',\n        \'source-highlighter\': \'highlight.js\',\n        \'imagesdir\': \'images\',\n        \'plantuml-server-url\': \'http://www.plantuml.com/plantuml\',\n        \'allow-uri-read\': \'\'\n    ]\n]\n\n// PDF generation settings  \nasciidoctor = [\n    \'pdf-stylesdir\': "${inputPath}/styles",\n    \'pdf-style\': \'basic\'\n]\n\n// Export settings for PlantUML diagrams\nplantUml = [\n    // Use PlantUML server for diagram generation\n    plantUmlServer: \'http://www.plantuml.com/plantuml\'\n]\n\n// Site generation for GitHub Pages\nsite = [\n    title: \'Wardley Map Editor - Architecture Documentation\',\n    description: \'Complete architecture documentation for the Wardley Map Editor demo project\',\n    author: \'Ralf D. Müller & Claude (AI Assistant)\',\n    baseUrl: \'https://raifdmueller.github.io/wardley-map-editor\'\n]\n\n// Hide internal ADR files from main navigation\njbake.menu = [\n    \'exclude\': [\n        \'adr-*.adoc\'\n    ]\n]\n', 'message': 'Add docToolchain configuration for professional documentation generation'}

{'owner': 'raif', 'branch': 'main', 'content': '// docToolchain configuration for Wardley Map Editor\n// Documentation: https://doctoolchain.org/docToolchain/v2.0.x/\n\n// Output and input directories\noutputPath = \'build/docs\'\ninputPath = \'docs\'\n\n// Files to be converted\ninputFiles = [\n    [file: \'arc42/arc42.adoc\', formats: [\'html\']],\n]\n\n// Where to find images\nimageDirs = [\n    "${inputPath}/images",\n    "${inputPath}/arc42/images"\n]\n\n// CRITICAL: Files to exclude from jbake navigation\njbake = [\n    // Hide ADR files from menu\n    exclude: [\n        \'adr-001-svg-rendering.adoc\',\n        \'adr-002-architecture-pattern.adoc\', \n        \'adr-003-data-persistence.adoc\',\n        \'adr-004-user-interaction.adoc\'\n    ],\n    \n    // Additional attributes for AsciiDoc\n    asciidoctorAttributes: [\n        \'toc\': \'left\',\n        \'toclevels\': \'3\',\n        \'sectlinks\': \'\',\n        \'sectanchors\': \'\',\n        \'numbered\': \'\',\n        \'icons\': \'font\',\n        \'source-highlighter\': \'highlight.js\',\n        \'imagesdir\': \'images\',\n        \'plantuml-server-url\': \'http://www.plantuml.com/plantuml\',\n        \'allow-uri-read\': \'\'\n    ]\n]\n\n// PDF generation settings (optional)\nasciidoctor = [\n    \'pdf-stylesdir\': "${inputPath}/styles",\n    \'pdf-style\': \'basic\'\n]\n\n// Site generation configuration\nmicrosite = [:]\n\nmicrosite.with {\n    // Site metadata\n    title = \'Wardley Map Editor - Architecture Documentation\'\n    \n    // Navigation menu configuration\n    // The menu will automatically include files based on folder structure\n    // Files with :jbake-menu: - will be excluded\n    menu = [:]\n    \n    // Footer configuration\n    footerText = \'<small class="text-white">built with <a href="https://doctoolchain.org">docToolchain</a> and <a href="https://jbake.org">jBake</a> <br /> Architecture created via Human-AI collaboration</small>\'\n    \n    // Landing page\n    landingPage = \'landingpage.gsp\'\n    \n    // Context path for deployment\n    contextPath = \'/wardley-map-editor\'\n}\n\n// These are directories (dirs) and files which Gradle monitors for a change\n// in order to decide if the docs have to be re-build\ntaskInputsDirs = [\n    "${inputPath}",\n]\n\ntaskInputsFiles = []\n', 'message': 'Configure docToolchain for professional documentation with ADR menu exclusion'}

{'sha': '9f3807539c477e41a578cc2ad5bd8fcf3b618706', 'path': 'docToolchainConfig.groovy', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '// docToolchain configuration for Wardley Map Editor\n// Documentation: https://doctoolchain.org/docToolchain/v2.0.x/\n\n// Output and input directories\noutputPath = \'build/docs\'\ninputPath = \'docs\'\n\n// Files to be converted\ninputFiles = [\n    [file: \'arc42/arc42.adoc\', formats: [\'html\']],\n]\n\n// Where to find images\nimageDirs = [\n    "${inputPath}/images",\n    "${inputPath}/arc42/images"\n]\n\n// CRITICAL: Files to exclude from jbake navigation\njbake = [\n    // Hide ADR files from menu\n    exclude: [\n        \'adr-001-svg-rendering.adoc\',\n        \'adr-002-architecture-pattern.adoc\', \n        \'adr-003-data-persistence.adoc\',\n        \'adr-004-user-interaction.adoc\'\n    ],\n    \n    // Additional attributes for AsciiDoc\n    asciidoctorAttributes: [\n        \'toc\': \'left\',\n        \'toclevels\': \'3\',\n        \'sectlinks\': \'\',\n        \'sectanchors\': \'\',\n        \'numbered\': \'\',\n        \'icons\': \'font\',\n        \'source-highlighter\': \'highlight.js\',\n        \'imagesdir\': \'images\',\n        \'plantuml-server-url\': \'http://www.plantuml.com/plantuml\',\n        \'allow-uri-read\': \'\'\n    ]\n]\n\n// PDF generation settings (optional)\nasciidoctor = [\n    \'pdf-stylesdir\': "${inputPath}/styles",\n    \'pdf-style\': \'basic\'\n]\n\n// Site generation configuration\nmicrosite = [:]\n\nmicrosite.with {\n    // Site metadata\n    title = \'Wardley Map Editor - Architecture Documentation\'\n    \n    // Navigation menu configuration\n    // The menu will automatically include files based on folder structure\n    // Files with :jbake-menu: - will be excluded\n    menu = [:]\n    \n    // Footer configuration\n    footerText = \'<small class="text-white">built with <a href="https://doctoolchain.org">docToolchain</a> and <a href="https://jbake.org">jBake</a> <br /> Architecture created via Human-AI collaboration</small>\'\n    \n    // Landing page\n    landingPage = \'landingpage.gsp\'\n    \n    // Context path for deployment\n    contextPath = \'/wardley-map-editor\'\n}\n\n// These are directories (dirs) and files which Gradle monitors for a change\n// in order to decide if the docs have to be re-build\ntaskInputsDirs = [\n    "${inputPath}",\n]\n\ntaskInputsFiles = []\n', 'message': 'Configure docToolchain for professional documentation with ADR menu exclusion'}

{'path': 'LICENSE', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': 'MIT License\n\nCopyright (c) 2025 Ralf D. Müller & Claude (AI Assistant)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the "Software"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\nSOFTWARE.\n\n---\n\n## Attribution\n\nThis project was created during a live-streamed architecture session demonstrating Human-AI collaboration in software architecture work. The documentation and architectural decisions represent a joint effort between human expertise and AI assistance.\n\n## Educational Use\n\nThis project serves as an educational resource for:\n- Architecture documentation practices\n- AI-assisted software design\n- Structured decision-making with ADRs\n- arc42 template usage\n- docToolchain implementation\n\nFeel free to use this project as a reference or starting point for your own architecture documentation efforts.\n', 'message': 'Add MIT license with proper attribution for Human-AI collaboration'}

{'path': 'QUICKSTART.md', 'repo': 'wardley-map-editor', 'owner': 'raifdmueller', 'branch': 'main', 'content': '# Quick Start Guide\n\n## Setup Documentation Environment\n\n1. **Download docToolchain wrapper**\n   ```bash\n   curl -Lo dtcw https://doctoolchain.org/dtcw\n   chmod +x dtcw\n   ```\n\n2. **Install Java (if needed)**\n   ```bash\n   ./dtcw local install java\n   ```\n\n3. **Install docToolchain**\n   ```bash\n   ./dtcw local install doctoolchain\n   ```\n\n## Generate Documentation\n\n### HTML Documentation\n```bash\n./dtcw generateHTML\n```\n\n### View Results\n```bash\nopen build/docs/html5/arc42.html\n```\n\n### Generate Site (optional)\n```bash\n./dtcw generateSite\n```\n\n## Development Commands\n\n### Check Task List\n```bash\n./dtcw tasks --group doctoolchain\n```\n\n### Export PlantUML Diagrams\n```bash\n./dtcw exportDiagrams\n```\n\n### Validate Documentation\n```bash\n./dtcw htmlSanityCheck\n```\n\n## Project Structure\n\n```\ndocs/\n├── arc42/                     # Architecture documentation\n│   ├── arc42.adoc            # Master document\n│   ├── 01_introduction_and_goals.adoc\n│   ├── 02_architecture_constraints.adoc\n│   ├── 03_system_scope_and_context.adoc\n│   ├── 04_solution_strategy.adoc\n│   ├── 05_building_block_view.adoc\n│   ├── 09_architecture_decisions.adoc\n│   ├── 10_quality_requirements.adoc\n│   ├── 11_risks_and_technical_debt.adoc\n│   ├── 12_glossary.adoc\n│   ├── adr-001-svg-rendering.adoc        # Hidden from menu\n│   ├── adr-002-architecture-pattern.adoc # Hidden from menu\n│   ├── adr-003-data-persistence.adoc     # Hidden from menu\n│   └── adr-004-user-interaction.adoc     # Hidden from menu\n├── images/                    # Shared images\n└── styles/                    # Custom PDF styles\n```\n\n## Configuration\n\n- **docToolchainConfig.groovy**: Main configuration\n- **ADRs are hidden** from navigation with `:jbake-menu: -`\n- **PlantUML diagrams** auto-generated via plantuml.com server\n- **HTML theme**: Professional docToolchain template\n\n## Troubleshooting\n\n### Common Issues\n\n1. **"dtcw command not found"**\n   ```bash\n   # Ensure dtcw is executable\n   chmod +x dtcw\n   ```\n\n2. **Java version issues**\n   ```bash\n   # Force Java installation\n   ./dtcw local install java\n   ```\n\n3. **PlantUML diagrams not rendering**\n   ```bash\n   # Check internet connection - uses plantuml.com server\n   # Or install local PlantUML server\n   ```\n\n### Clean Build\n```bash\nrm -rf build/\n./dtcw generateHTML\n```\n\n---\n\n**Happy documenting!** 📚✨\n', 'message': 'Add comprehensive quick start guide for docToolchain setup'}