from src.parsers.markdown import MarkdownParser
def test_extract_wikilinks_basic(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
This links to [[Another Note]] and [[Yet Another Note]].
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.links) == ["Another Note", "Yet Another Note"]
def test_extract_wikilinks_with_display_text(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
This links to [[Target Note|Custom Display Text]].
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.links == ["Target Note"]
def test_extract_wikilinks_ignores_code_blocks(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
[[Valid Link]]
```python
# This should be ignored: [[Code Block Link]]
```
Also ignore `[[Inline Code Link]]`.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.links == ["Valid Link"]
def test_extract_wikilinks_ignores_transclusions(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
[[Regular Link]]
![[This is a transclusion]]
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.links == ["Regular Link"]
assert doc.metadata.get("transclusions") == ["This is a transclusion"]
def test_extract_transclusions_basic(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
![[Embedded Note]]
![[Another Embedded Note]]
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
transclusions = doc.metadata.get("transclusions", [])
assert isinstance(transclusions, list)
assert sorted(transclusions) == ["Another Embedded Note", "Embedded Note"]
def test_extract_transclusions_ignores_code_blocks(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
![[Valid Transclusion]]
```
![[Code Block Transclusion]]
```
Not this one: `![[Inline Code Transclusion]]`
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.metadata.get("transclusions") == ["Valid Transclusion"]
def test_extract_tags_basic(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note #header-tag
This note has #tag1 and #tag2 in the content.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.tags) == ["header-tag", "tag1", "tag2"]
def test_extract_tags_with_hyphens_underscores(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
Tags: #my-tag #another_tag #mixed-tag_here
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.tags) == ["another_tag", "mixed-tag_here", "my-tag"]
def test_extract_tags_ignores_code_blocks(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
Valid tag: #valid
```python
# Should ignore #code-tag
```
Also ignore `#inline-code-tag`.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.tags == ["valid"]
def test_extract_tags_combines_frontmatter_and_inline(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""---
tags:
- frontmatter-tag1
- frontmatter-tag2
---
# Content
This has #inline-tag in the text.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.tags) == ["frontmatter-tag1", "frontmatter-tag2", "inline-tag"]
def test_extract_tags_deduplicates(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""---
tags:
- duplicate-tag
---
# Content
This has #duplicate-tag and #unique-tag.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.tags) == ["duplicate-tag", "unique-tag"]
def test_extract_tags_at_line_start(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
#start-of-line
Middle #middle-tag here.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.tags) == ["middle-tag", "start-of-line"]
def test_no_links_tags_transclusions(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Plain Note
Just plain markdown content with no special syntax.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.links == []
assert doc.tags == []
assert "transclusions" not in doc.metadata
def test_multiple_wikilinks_deduplication(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""
# Test Note
[[Duplicate Link]] appears here and [[Duplicate Link]] appears again.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert doc.links == ["Duplicate Link"]
def test_complex_mixed_syntax(tmp_path):
md_file = tmp_path / "test.md"
md_file.write_text("""---
tags:
- yaml-tag
---
# Test Note #heading-tag
This has [[Link One]] and [[Link Two|Display]].
It also has ![[Embedded Note]].
Tags: #inline-tag1 #inline-tag2
```
Ignore [[Code Link]] and #code-tag and ![[Code Embed]]
```
More content with `[[Inline Code Link]]` and `#inline-code-tag`.
""")
parser = MarkdownParser()
doc = parser.parse(str(md_file))
assert sorted(doc.links) == ["Link One", "Link Two"]
assert sorted(doc.tags) == ["heading-tag", "inline-tag1", "inline-tag2", "yaml-tag"]
assert doc.metadata.get("transclusions") == ["Embedded Note"]
