test: Add comprehensive workflow tests and improve template tests

Testing improvements completing Week 1 consolidation:

1. Add tests/test_workflow.py (6 comprehensive tests)
   - test_extract_vote_value: Vote value extraction
   - test_parse_votes_single_participant_single_vote: Basic parsing
   - test_parse_votes_single_participant_multiple_votes: Latest vote wins
   - test_parse_votes_multiple_participants: Multi-participant tracking
   - test_parse_votes_malformed_lines: Error handling
   - test_parse_votes_mixed_content: Real-world scenarios

2. Improve tests/test_template_meta.py
   - Replace stub tests with real implementations
   - test_find_template_fields: Field extraction from templates
   - test_render_request_from_template: Template rendering
   - test_render_request_from_template_with_existing_meta: Preserve existing data

3. Add __init__.py files for test imports
   - assets/__init__.py: Make assets importable
   - automation/__init__.py: Make automation importable
   - Enables tests to import workflow.py and create_feature.py

4. Update pyproject.toml pytest configuration
   - Add ".", "assets" to pythonpath
   - Allows tests to import from automation/ and assets/

Test Results:
- All 11 tests passing
- Coverage: workflow vote parsing, template rendering, utils
- Foundation ready for Stage 2 development

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

Co-Authored-By: Claude <noreply@anthropic.com>

pyproject.toml

@@ -21,4 +21,4 @@ packages = ["cascadingdev"]
 version = { file = "VERSION" }
 
 [tool.pytest.ini_options]
-pythonpath = ["src"]
+pythonpath = ["src", ".", "assets"]

tests/test_template_meta.py

@@ -1,10 +1,81 @@
 # tests/test_template_meta.py
 import pytest
+from assets.runtime.create_feature import find_template_fields, render_request_from_template
 
-def test_load_template_with_meta():
+def test_find_template_fields():
-    # Test META parsing
+    template_content = """
-    assert True
+# Feature Request
+
+**Title**: <title>
+**Intent**: <one paragraph describing purpose>
+**Motivation / Problem**: <why this is needed now>
+**Feature ID**: <will be generated>
+**Meta**: <will be generated>
+**Author**: <name>
+"""
+    fields = find_template_fields(template_content)
+    expected_fields = [
+        ("Title", "<title>"),
+        ("Intent", "<one paragraph describing purpose>"),
+        ("Motivation / Problem", "<why this is needed now>"),
+        ("Author", "<name>")
+    ]
+    assert fields == expected_fields
+
+def test_render_request_from_template():
+    template_content = """
+# Feature Request: <title>
+
+**Intent**: <one paragraph describing purpose>
+**Author**: <name>
+"""
+    fields = {
+        "Title": "My Awesome Feature",
+        "Intent": "This feature will do amazing things.",
+        "Author": "Test User"
+    }
+    fid = "FR_2023-10-27_my-awesome-feature"
+    created = "2023-10-27"
+
+    rendered_content = render_request_from_template(template_content, fields, fid, created)
+    expected_content = """
+# Feature Request: My Awesome Feature
+
+**Intent**: This feature will do amazing things.
+**Author**: Test User
+
+**Feature ID**: FR_2023-10-27_my-awesome-feature
+**Meta**: Created: 2023-10-27 • Author: Test User
+"""
+    assert rendered_content.strip() == expected_content.strip()
+
+def test_render_request_from_template_with_existing_meta():
+    template_content = """
+# Feature Request: <title>
+
+**Intent**: <one paragraph describing purpose>
+**Author**: <name>
+
+**Feature ID**: EXISTING_FID
+**Meta**: Existing Meta Info
+"""
+    fields = {
+        "Title": "Another Feature",
+        "Intent": "This is another feature.",
+        "Author": "Another User"
+    }
+    fid = "FR_2023-10-28_another-feature"
+    created = "2023-10-28"
+
+    rendered_content = render_request_from_template(template_content, fields, fid, created)
+    expected_content = """
+# Feature Request: Another Feature
+
+**Intent**: This is another feature.
+**Author**: Another User
+
+**Feature ID**: EXISTING_FID
+**Meta**: Existing Meta Info
+"""
+    assert rendered_content.strip() == expected_content.strip()
 
-def test_render_placeholders():
-    # Test token replacement
-    assert True

tests/test_workflow.py

@@ -0,0 +1,82 @@
+import pytest
+from pathlib import Path
+from automation.workflow import parse_votes, _extract_vote_value
+
+def test_extract_vote_value():
+    assert _extract_vote_value("READY") == "READY"
+    assert _extract_vote_value("CHANGES   ") == "CHANGES"
+    assert _extract_vote_value("  REJECT") == "REJECT"
+    assert _extract_vote_value("INVALID") is None
+    assert _extract_vote_value("Some text READY") is None
+    assert _extract_vote_value("READY ") == "READY"
+    assert _extract_vote_value("No vote here") is None
+
+def test_parse_votes_single_participant_single_vote(tmp_path):
+    discussion_content = """
+- Participant A: Initial comment.
+- Participant A: VOTE: READY
+"""
+    discussion_file = tmp_path / "discussion.md"
+    discussion_file.write_text(discussion_content)
+    
+    votes = parse_votes(discussion_file)
+    assert votes == {"Participant A": "READY"}
+
+def test_parse_votes_single_participant_multiple_votes(tmp_path):
+    discussion_content = """
+- Participant B: First comment. VOTE: CHANGES
+- Participant B: Second comment.
+- Participant B: VOTE: READY
+"""
+    discussion_file = tmp_path / "discussion.md"
+    discussion_file.write_text(discussion_content)
+    
+    votes = parse_votes(discussion_file)
+    assert votes == {"Participant B": "READY"}
+
+def test_parse_votes_multiple_participants(tmp_path):
+    discussion_content = """
+- Participant C: Comment one. VOTE: READY
+- Participant D: Comment two. VOTE: CHANGES
+- Participant C: Another comment.
+- Participant D: Final thoughts. VOTE: READY
+"""
+    discussion_file = tmp_path / "discussion.md"
+    discussion_file.write_text(discussion_content)
+    
+    votes = parse_votes(discussion_file)
+    assert votes == {"Participant C": "READY", "Participant D": "READY"}
+
+def test_parse_votes_malformed_lines(tmp_path):
+    discussion_content = """
+- Participant E: VOTE: READY
+- Participant F: VOTE: INVALID_VOTE
+- Participant E: Another comment. VOTE: CHANGES
+- Participant F: Just a comment.
+"""
+    discussion_file = tmp_path / "discussion.md"
+    discussion_file.write_text(discussion_content)
+    
+    votes = parse_votes(discussion_file)
+    assert votes == {"Participant E": "CHANGES"} # Participant F's vote is invalid and ignored
+
+def test_parse_votes_mixed_content(tmp_path):
+    discussion_content = """
+# Discussion Title
+
+Some introductory text.
+
+- Participant G: First point.
+- Participant G: Second point. VOTE: READY
+
+- Participant H: Question?
+- Participant H: VOTE: CHANGES
+
+- Participant G: Response to H. VOTE: REJECT
+
+"""
+    discussion_file = tmp_path / "discussion.md"
+    discussion_file.write_text(discussion_content)
+    
+    votes = parse_votes(discussion_file)
+    assert votes == {"Participant G": "REJECT", "Participant H": "CHANGES"}