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Asset Management System (Issue #142): - Add complete asset management framework with deduplication - Implement AssetManager, AssetRegistry, and AssetDeduplicator classes - Add AssetPackager for markdown document packaging - Create comprehensive test suite for all asset management components - Add asset constants and custom exceptions for robust error handling Markdown Processing Enhancements: - Update markdown_commands.py with improved functionality - Enhanced parsing and content aggregation capabilities - Improved filename encoding/decoding for special characters Test Suite Improvements: - Add comprehensive tests for Issue #138 markdown parsing - Enhance Issue #139 content aggregation and end-to-end testing - Complete test coverage for new asset management features Examples and Documentation: - Update BildungsKanonJon.md example with enhanced content - Generate corresponding HTML output for documentation - Add asset registry configuration Development Tools: - Add install script for simplified setup This commit represents a major enhancement to MarkiTect's asset handling capabilities with full test coverage and improved markdown processing. 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
504 lines
17 KiB
Python
504 lines
17 KiB
Python
"""
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Test content aggregation functionality for Issue #139: Implode directory to a markdown file.
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This test module covers combining content from multiple files in correct order while
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preserving all markdown formatting and handling index files appropriately.
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"""
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import pytest
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import tempfile
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import shutil
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from pathlib import Path
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from unittest.mock import Mock, patch
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# Import will fail initially (RED phase) until implementation exists
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try:
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from markitect.plugins.builtin.markdown_commands import (
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aggregate_content,
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combine_markdown_files,
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preserve_markdown_formatting,
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handle_index_files,
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process_front_matter,
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ContentAggregator,
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FrontMatterConsolidator
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)
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except ImportError:
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# Expected during RED phase - tests should fail initially
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aggregate_content = None
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combine_markdown_files = None
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preserve_markdown_formatting = None
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handle_index_files = None
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process_front_matter = None
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ContentAggregator = None
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FrontMatterConsolidator = None
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class TestContentAggregation:
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"""Test aggregating content from multiple markdown files."""
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def setup_method(self):
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"""Set up temporary directory for each test."""
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self.temp_dir = Path(tempfile.mkdtemp())
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def teardown_method(self):
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"""Clean up temporary directory after each test."""
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if self.temp_dir.exists():
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shutil.rmtree(self.temp_dir)
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def test_combine_simple_markdown_files(self):
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"""Test combining simple markdown files in correct order."""
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# This should fail initially (RED phase)
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# Create test files
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(self.temp_dir / "01_intro.md").write_text("# Introduction\nIntro content here.")
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(self.temp_dir / "02_chapter1.md").write_text("## Chapter 1\nChapter content here.")
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(self.temp_dir / "03_conclusion.md").write_text("# Conclusion\nConclusion content.")
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files = [
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self.temp_dir / "01_intro.md",
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self.temp_dir / "02_chapter1.md",
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self.temp_dir / "03_conclusion.md"
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]
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combined_content = combine_markdown_files(files)
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# Should combine in order with proper spacing
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assert "# Introduction" in combined_content
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assert "## Chapter 1" in combined_content
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assert "# Conclusion" in combined_content
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# Check order is maintained
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intro_pos = combined_content.find("# Introduction")
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chapter_pos = combined_content.find("## Chapter 1")
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conclusion_pos = combined_content.find("# Conclusion")
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assert intro_pos < chapter_pos < conclusion_pos
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def test_preserve_markdown_formatting(self):
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"""Test that all markdown formatting is preserved during aggregation."""
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# This should fail initially (RED phase)
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markdown_content = """# Test Section
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## Subsection with **bold** and *italic*
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Here's some code:
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```python
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def example():
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return "preserved"
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```
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| Table | Header |
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|-------|--------|
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| Cell | Data |
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- List item 1
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- List item 2
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- Nested item
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> Blockquote text
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[Link text](http://example.com)
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"""
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(self.temp_dir / "formatted.md").write_text(markdown_content)
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preserved = preserve_markdown_formatting([self.temp_dir / "formatted.md"])
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# Should preserve all formatting elements
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assert "**bold**" in preserved
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assert "*italic*" in preserved
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assert "```python" in preserved
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assert "| Table | Header |" in preserved
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assert "- List item 1" in preserved
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assert "> Blockquote text" in preserved
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assert "[Link text]" in preserved
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assert "![Image alt]" in preserved
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def test_handle_index_files_as_parent_content(self):
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"""Test handling index.md files as parent section content."""
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# This should fail initially (RED phase)
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# Create directory structure with index files
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part_dir = self.temp_dir / "part_1_introduction"
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part_dir.mkdir()
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(part_dir / "index.md").write_text("# Part 1: Introduction\nPart introduction content.")
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chapter_dir = part_dir / "chapter_1_overview"
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chapter_dir.mkdir()
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(chapter_dir / "index.md").write_text("## Chapter 1: Overview\nChapter overview content.")
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(chapter_dir / "section_1_1.md").write_text("### Section 1.1\nSection content.")
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aggregated = handle_index_files(self.temp_dir)
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# Should treat index.md files as parent section content
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assert "# Part 1: Introduction" in aggregated
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assert "Part introduction content." in aggregated
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assert "## Chapter 1: Overview" in aggregated
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assert "Chapter overview content." in aggregated
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assert "### Section 1.1" in aggregated
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def test_maintain_proper_spacing_between_sections(self):
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"""Test maintaining appropriate whitespace between combined sections."""
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# This should fail initially (RED phase)
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files_content = [
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("section1.md", "# Section 1\nContent 1"),
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("section2.md", "# Section 2\nContent 2"),
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("section3.md", "# Section 3\nContent 3")
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]
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files = []
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for filename, content in files_content:
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file_path = self.temp_dir / filename
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file_path.write_text(content)
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files.append(file_path)
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combined = combine_markdown_files(files)
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# Should have proper spacing between sections
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lines = combined.split('\n')
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# Find section boundaries and check spacing
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section1_end = None
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section2_start = None
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for i, line in enumerate(lines):
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if line == "Content 1":
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section1_end = i
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elif line == "# Section 2":
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section2_start = i
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break
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# Should have appropriate spacing between sections
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assert section2_start is not None
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assert section1_end is not None
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assert section2_start > section1_end + 1 # At least one empty line
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def test_process_files_in_hierarchical_order(self):
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"""Test processing files in logical hierarchical order."""
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# This should fail initially (RED phase)
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# Create hierarchical structure
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structure = [
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("part_1", "index.md", "# Part 1\nPart content"),
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("part_1/chapter_1", "index.md", "## Chapter 1\nChapter content"),
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("part_1/chapter_1", "section_1_1.md", "### Section 1.1\nSection content"),
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("part_1/chapter_1", "section_1_2.md", "### Section 1.2\nMore section content"),
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("part_1", "chapter_2.md", "## Chapter 2\nChapter 2 content")
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]
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for dir_path, filename, content in structure:
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full_dir = self.temp_dir / dir_path
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full_dir.mkdir(parents=True, exist_ok=True)
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(full_dir / filename).write_text(content)
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aggregated = aggregate_content(self.temp_dir)
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# Should maintain hierarchical order
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part_pos = aggregated.find("# Part 1")
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ch1_pos = aggregated.find("## Chapter 1")
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sec11_pos = aggregated.find("### Section 1.1")
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sec12_pos = aggregated.find("### Section 1.2")
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ch2_pos = aggregated.find("## Chapter 2")
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assert part_pos < ch1_pos < sec11_pos < sec12_pos < ch2_pos
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def test_handle_empty_files_gracefully(self):
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"""Test handling empty markdown files during aggregation."""
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# This should fail initially (RED phase)
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# Create files with various content states
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(self.temp_dir / "empty.md").write_text("")
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(self.temp_dir / "whitespace_only.md").write_text(" \n\t\n ")
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(self.temp_dir / "content.md").write_text("# Real Content\nActual content here.")
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files = [
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self.temp_dir / "empty.md",
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self.temp_dir / "whitespace_only.md",
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self.temp_dir / "content.md"
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]
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combined = combine_markdown_files(files)
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# Should handle empty files gracefully
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assert "# Real Content" in combined
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assert "Actual content here." in combined
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# Should not break or include excessive whitespace
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class TestFrontMatterHandling:
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"""Test front matter detection, extraction, and consolidation."""
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def setup_method(self):
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"""Set up temporary directory for each test."""
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self.temp_dir = Path(tempfile.mkdtemp())
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def teardown_method(self):
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"""Clean up temporary directory after each test."""
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if self.temp_dir.exists():
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shutil.rmtree(self.temp_dir)
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def test_detect_and_extract_front_matter(self):
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"""Test detecting and extracting YAML front matter."""
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# This should fail initially (RED phase)
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content_with_frontmatter = """---
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title: "Chapter 1"
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author: "John Doe"
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date: "2023-01-01"
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---
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# Chapter 1 Content
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Actual markdown content here.
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"""
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(self.temp_dir / "chapter1.md").write_text(content_with_frontmatter)
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front_matter, content = process_front_matter(self.temp_dir / "chapter1.md")
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# Should extract front matter correctly
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assert front_matter is not None
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assert "title" in front_matter
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assert front_matter["title"] == "Chapter 1"
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assert front_matter["author"] == "John Doe"
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# Should separate content correctly
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assert content.strip().startswith("# Chapter 1 Content")
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assert "---" not in content
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def test_consolidate_multiple_front_matter_blocks(self):
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"""Test consolidating front matter from multiple files."""
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# This should fail initially (RED phase)
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file1_content = """---
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title: "My Document"
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author: "Author Name"
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---
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# Section 1
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Content 1"""
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file2_content = """---
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version: "1.0"
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tags: ["documentation", "guide"]
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---
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# Section 2
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Content 2"""
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(self.temp_dir / "file1.md").write_text(file1_content)
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(self.temp_dir / "file2.md").write_text(file2_content)
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files = [self.temp_dir / "file1.md", self.temp_dir / "file2.md"]
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consolidator = FrontMatterConsolidator()
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consolidated_fm, content = consolidator.consolidate(files)
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# Should merge front matter appropriately
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assert "title" in consolidated_fm
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assert "author" in consolidated_fm
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assert "version" in consolidated_fm
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assert "tags" in consolidated_fm
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# Content should be combined without front matter blocks
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assert "# Section 1" in content
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assert "# Section 2" in content
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assert content.count("---") == 0
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def test_handle_conflicting_front_matter(self):
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"""Test handling conflicting front matter values."""
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# This should fail initially (RED phase)
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file1_content = """---
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title: "Document Title"
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author: "First Author"
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---
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# Content 1"""
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file2_content = """---
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title: "Different Title"
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author: "Second Author"
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---
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# Content 2"""
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(self.temp_dir / "file1.md").write_text(file1_content)
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(self.temp_dir / "file2.md").write_text(file2_content)
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files = [self.temp_dir / "file1.md", self.temp_dir / "file2.md"]
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consolidator = FrontMatterConsolidator(conflict_strategy="merge")
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consolidated_fm, content = consolidator.consolidate(files)
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# Should handle conflicts according to strategy
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assert "title" in consolidated_fm
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assert "author" in consolidated_fm
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# Could merge into lists, take first value, etc.
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# Exact behavior depends on implementation strategy
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def test_preserve_front_matter_in_output(self):
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"""Test that consolidated front matter is properly placed in output."""
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# This should fail initially (RED phase)
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files_with_fm = [
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("file1.md", """---
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title: "Combined Document"
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---
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# Section 1
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Content"""),
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("file2.md", """---
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tags: ["test"]
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---
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# Section 2
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More content""")
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]
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files = []
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for filename, content in files_with_fm:
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file_path = self.temp_dir / filename
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file_path.write_text(content)
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files.append(file_path)
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aggregated = aggregate_content(self.temp_dir, preserve_front_matter=True)
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# Should have front matter at the beginning
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lines = aggregated.split('\n')
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assert lines[0] == "---"
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# Should find closing front matter delimiter
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closing_fm_index = None
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for i, line in enumerate(lines[1:], 1):
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if line == "---":
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closing_fm_index = i
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break
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assert closing_fm_index is not None
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# Content should follow front matter
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content_start = closing_fm_index + 1
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assert content_start < len(lines)
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class TestContentAggregator:
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"""Test the ContentAggregator class for comprehensive content processing."""
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def setup_method(self):
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"""Set up temporary directory for each test."""
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self.temp_dir = Path(tempfile.mkdtemp())
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def teardown_method(self):
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"""Clean up temporary directory after each test."""
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if self.temp_dir.exists():
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shutil.rmtree(self.temp_dir)
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def test_content_aggregator_initialization(self):
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"""Test creating ContentAggregator instances."""
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# This should fail initially (RED phase)
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aggregator = ContentAggregator()
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assert aggregator is not None
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assert hasattr(aggregator, 'preserve_formatting')
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assert hasattr(aggregator, 'handle_front_matter')
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assert hasattr(aggregator, 'section_spacing')
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def test_aggregator_with_custom_options(self):
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"""Test aggregator with custom configuration."""
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# This should fail initially (RED phase)
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aggregator = ContentAggregator(
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preserve_formatting=True,
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handle_front_matter=True,
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section_spacing=2,
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include_toc=True
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)
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# Create test structure
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(self.temp_dir / "chapter1.md").write_text("# Chapter 1\nContent 1")
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(self.temp_dir / "chapter2.md").write_text("# Chapter 2\nContent 2")
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result = aggregator.aggregate(self.temp_dir)
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assert result is not None
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assert "# Chapter 1" in result
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assert "# Chapter 2" in result
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def test_aggregator_processes_directory_recursively(self):
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"""Test that aggregator processes nested directory structures."""
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# This should fail initially (RED phase)
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# Create nested structure
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part_dir = self.temp_dir / "part1"
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part_dir.mkdir()
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(part_dir / "index.md").write_text("# Part 1\nPart content")
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chapter_dir = part_dir / "chapter1"
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chapter_dir.mkdir()
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(chapter_dir / "content.md").write_text("## Chapter 1\nChapter content")
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aggregator = ContentAggregator(recursive=True)
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result = aggregator.aggregate(self.temp_dir)
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# Should process all nested content
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assert "# Part 1" in result
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assert "## Chapter 1" in result
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assert "Part content" in result
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assert "Chapter content" in result
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def test_aggregator_sorts_content_correctly(self):
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"""Test that aggregator sorts content in logical order."""
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# This should fail initially (RED phase)
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# Create files that need sorting
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files_data = [
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("03_conclusion.md", "# Conclusion"),
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("01_introduction.md", "# Introduction"),
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("02_main_content.md", "# Main Content")
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]
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for filename, content in files_data:
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(self.temp_dir / filename).write_text(content)
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aggregator = ContentAggregator(sort_files=True)
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result = aggregator.aggregate(self.temp_dir)
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# Should be in logical order
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intro_pos = result.find("# Introduction")
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main_pos = result.find("# Main Content")
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conclusion_pos = result.find("# Conclusion")
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assert intro_pos < main_pos < conclusion_pos
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def test_aggregator_handles_large_directory_structures(self):
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"""Test aggregator performance with larger directory structures."""
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# This should fail initially (RED phase)
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# Create larger structure
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for i in range(10):
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part_dir = self.temp_dir / f"part_{i+1:02d}"
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part_dir.mkdir()
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(part_dir / "index.md").write_text(f"# Part {i+1}\nPart {i+1} content")
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for j in range(5):
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chapter_file = part_dir / f"chapter_{j+1:02d}.md"
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chapter_file.write_text(f"## Chapter {i+1}.{j+1}\nChapter content")
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aggregator = ContentAggregator()
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result = aggregator.aggregate(self.temp_dir)
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# Should process all content
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assert result is not None
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assert len(result) > 0
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# Should contain expected number of parts and chapters
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part_count = result.count("# Part")
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chapter_count = result.count("## Chapter")
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assert part_count >= 10
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assert chapter_count >= 50 |