🎓 Complete GoF Design Patterns coverage in Socratic discovery

- Add all 23 Gang of Four patterns to /sc:socratic-patterns command
- Include comprehensive Socratic questioning for pattern discovery
- Add missing structural patterns: Flyweight, Proxy
- Add missing behavioral patterns: Chain of Responsibility, Interpreter, Iterator, Mediator, Memento, Visitor
- Enhanced discovery methodology with pattern-specific contexts
- Complete pattern coverage with intent-focused questioning approach

🔧 Fix SuperClaude entry point import path resolution

- Resolve setup module import conflicts
- Improve path resolution for local setup directory
- Fix installation command execution

🤖 Generated with [Claude Code](https://claude.ai/code)

Co-Authored-By: sarosh.quraishi@gmail.com

SuperClaude/Commands/socratic-patterns.md

@@ -85,6 +85,78 @@ Key behaviors:
 # "How could you add new product types without changing creation code?"
 ```
 
+### Chain of Responsibility Discovery
+```
+/sc:socratic-patterns "if (canHandle(request)) { process(); } else { next.handle(request); }" --category behavioral
+# Guides discovery through questioning:
+# "What happens when this object can't handle the request?"
+# "How does the request find someone who can handle it?"
+# "What would you do to add a new type of handler?"
+```
+
+### Iterator Pattern Recognition
+```
+/sc:socratic-patterns [collection-traversal-code] --focus structure
+# Leads to Iterator pattern discovery:
+# "How do you access elements without knowing the internal structure?"
+# "What stays the same when you change from Array to LinkedList?"
+# "Who's responsible for knowing the current position?"
+```
+
+### Mediator Pattern Exploration
+```
+/sc:socratic-patterns [ui-component-communication] --category behavioral
+# Discovers Mediator through questioning:
+# "How do these components communicate without knowing about each other?"
+# "What happens when you add a new component to the dialog?"
+# "Who coordinates the interactions between all these parts?"
+```
+
+### Flyweight Pattern Discovery
+```
+/sc:socratic-patterns [text-editor-character-rendering] --focus structure
+# Guides to Flyweight recognition:
+# "What data is shared vs unique for each character?"
+# "How do you handle thousands of characters efficiently?"
+# "What would happen if each character object stored its position?"
+```
+
+### Proxy Pattern Recognition
+```
+/sc:socratic-patterns [remote-object-access] --category structural
+# Leads to Proxy pattern discovery:
+# "How do you control access to this expensive resource?"
+# "What's the difference between the proxy and the real object?"
+# "When would you use this instead of accessing directly?"
+```
+
+### Memento Pattern Exploration  
+```
+/sc:socratic-patterns [undo-functionality] --focus behavioral
+# Discovers Memento through questioning:
+# "How do you save state without exposing internal structure?"
+# "Who's responsible for managing the saved states?"
+# "How do you restore without breaking encapsulation?"
+```
+
+### Interpreter Pattern Discovery
+```
+/sc:socratic-patterns [expression-evaluator] --category behavioral
+# Guides to Interpreter recognition:
+# "How do you represent each grammar rule as an object?"
+# "What happens when you add a new operation to the language?"
+# "How does the parse tree get evaluated?"
+```
+
+### Visitor Pattern Recognition
+```
+/sc:socratic-patterns [tree-operations] --focus behavioral
+# Leads to Visitor pattern discovery:
+# "How do you add new operations without changing the tree nodes?"
+# "What's the relationship between the visitor and the elements?"
+# "How does double dispatch work here?"
+```
+
 ## Pattern Categories
 
 ### Creational Patterns - Object Creation
@@ -96,17 +168,25 @@ Key behaviors:
 
 ### Structural Patterns - Object Composition
 - **Adapter**: "How are incompatible interfaces made to work together?"
+- **Bridge**: "How is abstraction separated from implementation?"
+- **Composite**: "How are individual and composite objects treated uniformly?"
 - **Decorator**: "How is additional behavior added without changing structure?"
 - **Facade**: "How is complex subsystem complexity hidden behind simple interface?"
-- **Composite**: "How are individual and composite objects treated uniformly?"
-- **Bridge**: "How is abstraction separated from implementation?"
+- **Flyweight**: "How is memory usage minimized when working with large numbers of similar objects?"
+- **Proxy**: "How is access to another object controlled or enhanced?"
 
 ### Behavioral Patterns - Object Interaction
-- **Observer**: "How are multiple objects notified of state changes?"
-- **Strategy**: "How are algorithms made interchangeable?"
+- **Chain of Responsibility**: "How is a request passed along a chain until handled?"
 - **Command**: "How are requests encapsulated as objects?"
+- **Interpreter**: "How is a language or notation interpreted and executed?"
+- **Iterator**: "How is sequential access provided to elements without exposing structure?"
+- **Mediator**: "How do objects interact without referring to each other explicitly?"
+- **Memento**: "How is object state captured and restored without violating encapsulation?"
+- **Observer**: "How are multiple objects notified of state changes?"
 - **State**: "How does object behavior change based on internal state?"
+- **Strategy**: "How are algorithms made interchangeable?"
 - **Template Method**: "How is algorithm structure defined with variable steps?"
+- **Visitor**: "How are operations added to objects without modifying their structure?"
 
 ## Discovery Methodology
 
@@ -155,6 +235,78 @@ flexibility_assessment:
     - "How does this structure support future changes?"
 ```
 
+### Pattern-Specific Discovery Questions
+
+#### Missing Structural Patterns
+```yaml
+flyweight_discovery:
+  context: "Large numbers of similar objects with performance concerns"
+  key_questions:
+    - "What data is intrinsic (shared) vs extrinsic (unique) to each object?"
+    - "How do you handle thousands of similar objects without consuming too much memory?"
+    - "What happens if you store all state inside each object instance?"
+    - "How do you separate what varies from what stays constant?"
+
+proxy_discovery:
+  context: "Controlled access to another object or resource"
+  key_questions:
+    - "How do you control or enhance access to the real object?"
+    - "What's the difference between the proxy and the actual object?"
+    - "When would someone use this instead of direct access?"
+    - "How do you maintain the same interface while adding behavior?"
+```
+
+#### Missing Behavioral Patterns
+```yaml
+chain_of_responsibility_discovery:
+  context: "Request handling along a chain until processed"
+  key_questions:
+    - "What happens when this handler can't process the request?"
+    - "How does the request find the right handler?"
+    - "How would you add a new type of handler to the chain?"
+    - "Who decides the order of processing?"
+
+interpreter_discovery:
+  context: "Language or expression evaluation systems"
+  key_questions:
+    - "How is each grammar rule represented as code?"
+    - "What happens when you add a new operation to the language?"
+    - "How do you build and evaluate the parse tree?"
+    - "Who's responsible for understanding each part of the expression?"
+
+iterator_discovery:
+  context: "Sequential access to collection elements"
+  key_questions:
+    - "How do you access elements without knowing internal structure?"
+    - "What stays the same when changing from Array to LinkedList?"
+    - "Who maintains the current position in traversal?"
+    - "How do you support multiple simultaneous traversals?"
+
+mediator_discovery:
+  context: "Complex interactions between multiple objects"
+  key_questions:
+    - "How do these objects communicate without knowing each other?"
+    - "What happens when you add a new component to the system?"
+    - "Who coordinates all the interactions?"
+    - "How do you avoid tight coupling between components?"
+
+memento_discovery:
+  context: "State capture and restoration (like undo/redo)"
+  key_questions:
+    - "How do you save state without exposing internal structure?"
+    - "Who's responsible for managing saved states?"
+    - "How do you restore previous state without breaking encapsulation?"
+    - "What happens when the object structure changes?"
+
+visitor_discovery:
+  context: "Operations on object structures without modification"
+  key_questions:
+    - "How do you add new operations without changing existing classes?"
+    - "What's the relationship between visitor and elements?"
+    - "How does the object structure collaborate with operations?"
+    - "What happens when you need different types of traversal?"
+```
+
 ## Learning Outcomes
 
 ### Pattern Recognition

SuperClaude/__main__.py

@@ -18,34 +18,17 @@ import difflib
 from pathlib import Path
 from typing import Dict, Callable
 
-# Add the 'setup' directory to the Python import path (modern approach)
+# Add the local 'setup' directory to the Python import path
+current_dir = Path(__file__).parent
+project_root = current_dir.parent
+setup_dir = project_root / "setup"
 
-try:
-    # Python 3.9+ preferred way
-    from importlib.resources import files, as_file
-    with as_file(files("setup")) as resource:
-        setup_dir = str(resource)
-        sys.path.insert(0, setup_dir)
-except (ImportError, ModuleNotFoundError, AttributeError):
-    # Fallback: try to locate setup relative to this file
-    try:
-        current_dir = Path(__file__).parent
-        project_root = current_dir.parent
-        setup_dir = project_root / "setup"
-        if setup_dir.exists():
-            sys.path.insert(0, str(setup_dir))
-        else:
-            # Last resort: try pkg_resources if available
-            try:
-                from pkg_resources import resource_filename
-                setup_dir = resource_filename('setup', '')
-                sys.path.insert(0, str(setup_dir))
-            except ImportError:
-                # If all else fails, setup directory should be relative to this file
-                sys.path.insert(0, str(project_root / "setup"))
-    except Exception as e:
-        print(f"Warning: Could not locate setup directory: {e}")
-        # Continue anyway, imports might still work
+# Insert the setup directory at the beginning of sys.path
+if setup_dir.exists():
+    sys.path.insert(0, str(setup_dir.parent))
+else:
+    print(f"Warning: Setup directory not found at {setup_dir}")
+    sys.exit(1)
 
 
 # Try to import utilities from the setup package