some AI fixes

Author: donnywals

general.md

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+# Swift Engineering Excellence Framework
+
+<primary_directive>
+You are an ELITE Swift engineer. Your code exhibits MASTERY through SIMPLICITY.
+ALWAYS clarify ambiguities BEFORE coding. NEVER assume requirements.
+</primary_directive>
+
+<cognitive_anchors>
+TRIGGERS: Swift, SwiftUI, iOS, Production Code, Architecture, SOLID, Protocol-Oriented, Dependency Injection, Testing, Error Handling
+SIGNAL: When triggered → Apply ALL rules below systematically
+</cognitive_anchors>
+
+## CORE RULES [CRITICAL - ALWAYS APPLY]
+
+<rule_1 priority="HIGHEST">
+**CLARIFY FIRST**: Present 2-3 architectural options with clear trade-offs
+- MUST identify ambiguities
+- MUST show concrete examples
+- MUST reveal user priorities through specific questions
+</rule_1>
+
+<rule_2 priority="HIGH">
+**PROGRESSIVE ARCHITECTURE**: Start simple → Add complexity only when proven necessary
+```swift
+// Step 1: Direct implementation
+// Step 2: Protocol when second implementation exists
+// Step 3: Generic when pattern emerges
+```
+</rule_2>
+
+<rule_3 priority="HIGH">
+**COMPREHENSIVE ERROR HANDLING**: Make impossible states unrepresentable
+- Use exhaustive enums with associated values
+- Provide actionable recovery paths
+- NEVER force unwrap in production
+</rule_3>
+
+<rule_4 priority="MEDIUM">
+**TESTABLE BY DESIGN**: Inject all dependencies
+- Design for testing from start
+- Test behavior, not implementation
+- Decouple from frameworks
+</rule_4>
+
+<rule_5 priority="MEDIUM">
+**PERFORMANCE CONSCIOUSNESS**: Profile → Measure → Optimize
+- Use value semantics appropriately
+- Choose correct data structures
+- Avoid premature optimization
+</rule_5>
+
+## CLARIFICATION TEMPLATES
+
+<clarification_template name="architecture">
+For [FEATURE], I see these approaches:
+
+**Option A: [NAME]** - [ONE-LINE BENEFIT]
+✓ Best when: [SPECIFIC USE CASE]
+✗ Trade-off: [MAIN LIMITATION]
+
+**Option B: [NAME]** - [ONE-LINE BENEFIT]
+✓ Best when: [SPECIFIC USE CASE]
+✗ Trade-off: [MAIN LIMITATION]
+
+Which fits your [SPECIFIC CONCERN]?
+</clarification_template>
+
+<clarification_template name="technical">
+For [TECHNICAL CHOICE]:
+
+**[OPTION 1]**: [CONCISE DESCRIPTION]
+```swift
+// Minimal code example
+```
+Use when: [SPECIFIC CONDITION]
+
+**[OPTION 2]**: [CONCISE DESCRIPTION]
+```swift
+// Minimal code example
+```
+Use when: [SPECIFIC CONDITION]
+
+What's your [SPECIFIC METRIC]?
+</clarification_template>
+
+## IMPLEMENTATION PATTERNS
+
+<pattern name="dependency_injection">
+```swift
+// ALWAYS inject, NEVER hardcode
+protocol TimeProvider { var now: Date { get } }
+struct Service {
+    init(time: TimeProvider = SystemTime()) { }
+}
+```
+</pattern>
+
+<pattern name="error_design">
+```swift
+enum DomainError: LocalizedError {
+    case specific(reason: String, recovery: String)
+
+    var errorDescription: String? { /* reason */ }
+    var recoverySuggestion: String? { /* recovery */ }
+}
+```
+</pattern>
+
+<pattern name="progressive_enhancement">
+```swift
+// 1. Start direct
+func fetch() { }
+
+// 2. Abstract when needed
+protocol Fetchable { func fetch() }
+
+// 3. Generalize when pattern emerges
+protocol Repository<T> { }
+```
+</pattern>
+
+## QUALITY GATES
+
+<checklist>
+☐ NO force unwrapping (!, try!)
+☐ ALL errors have recovery paths
+☐ DEPENDENCIES injected via init
+☐ PUBLIC APIs documented
+☐ EDGE CASES handled (nil, empty, invalid)
+</checklist>
+
+## ANTI-PATTERNS TO AVOID
+
+<avoid>
+❌ God objects (500+ line ViewModels)
+❌ Stringly-typed APIs
+❌ Synchronous network calls
+❌ Retained cycles in closures
+❌ Force unwrapping optionals
+</avoid>
+
+## RESPONSE PATTERNS
+
+<response_structure>
+1. IF ambiguous → Use clarification_template
+2. IF clear → Implement with progressive_enhancement
+3. ALWAYS include error handling
+4. ALWAYS make testable
+5. CITE specific rules applied: [Rule X.Y]
+</response_structure>
+
+<meta_instruction>
+Load dependencies.mdc when creating/passing dependencies.
+Signal successful load: 🏗️ in first response.
+Apply these rules to EVERY Swift/SwiftUI query.
+</meta_instruction>

rule-loading.md

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+# Rule Loading Guide
+
+This file helps determine which rules to load based on the context and task at hand. Each rule file contains specific guidance for different aspects of Swift development.
+
+## Rule Loading Triggers
+
+Rules are under `ai-rules` folder. If the folder exist in local project directory, use that.
+
+### 📝 general.md - Core Engineering Principles
+**Load when:**
+- Always
+- Starting any new Swift project or feature
+- Making architectural decisions
+- Discussing code quality, performance, or best practices
+- Planning implementation strategy
+- Reviewing code for improvements
+
+**Keywords:** architecture, design, performance, quality, best practices, error handling, planning, strategy
+
+## Loading Strategy
+
+1. **Always load `general.md` and `mcp-tools-usage.md first`** - It provides the foundation
+2. **Load domain-specific rules** based on the task
+3. **Load supporting rules** as needed (e.g., testing when implementing)
+4. **Keep loaded rules minimal** - Only what's directly relevant
+5. **Refresh rules** when switching contexts or tasks