tests/test_validate_inline.py
Rama main · réplica de lectura del repositorio original.
import sys
import tempfile
import unittest
from pathlib import Path
REPO_ROOT = Path(__file__).resolve().parent.parent
sys.path.insert(0, str(REPO_ROOT / "skills" / "caveman-compress"))
from scripts.validate import ( # noqa: E402
ValidationResult,
extract_code_blocks,
extract_inline_codes,
extract_paths,
extract_urls,
validate,
validate_inline_codes,
)
class TestUrlInBackticks(unittest.TestCase):
"""A backtick is never a URL character; a URL in inline code used to be
extracted with the closing backtick glued on (#163)."""
def test_trailing_backtick_not_part_of_url(self):
self.assertEqual(extract_urls("see `https://x.io/a` now"), {"https://x.io/a"})
class TestTrailingPunctuation(unittest.TestCase):
"""#1353: punctuation right after a URL or path was extracted as part of it,
so a reply that only moved a comma or period failed validation."""
def test_trailing_punctuation_not_part_of_url(self):
self.assertEqual(
extract_urls("See https://docs.example.com/billing/v2, then https://x.io/a."),
{"https://docs.example.com/billing/v2", "https://x.io/a"},
)
def test_trailing_punctuation_not_part_of_path(self):
self.assertEqual(extract_paths("Read docs/runbook.md. Then ./run.sh!"), {"docs/runbook.md", "./run.sh"})
def test_dot_inside_path_kept(self):
self.assertEqual(extract_paths("Edit src/app.config.ts"), {"src/app.config.ts"})
def test_moved_comma_and_period_validate(self):
orig = "# T\n\nSee https://docs.example.com/billing/v2 and docs/runbook.md for details.\n"
comp = "# T\n\nSee https://docs.example.com/billing/v2, docs/runbook.md.\n"
with tempfile.TemporaryDirectory() as tmp:
o, c = Path(tmp) / "a.original.md", Path(tmp) / "a.md"
o.write_text(orig, encoding="utf-8")
c.write_text(comp, encoding="utf-8")
result = validate(o, c)
self.assertTrue(result.is_valid, result.errors)
class TestIndentedFence(unittest.TestCase):
"""#820: a fence indented 4+ spaces (nested in a list item) made the file
permanently uncompressible. FENCE_OPEN_REGEX does not match it, so
extract_code_blocks never removed it and its own backticks leaked into
inline-code pairing, shifting every subsequent span."""
NESTED = "# T\n\n* Example:\n ```markdown\n x = 1\n ```\n* Use `alpha` and `beta` here.\n"
def test_indented_fence_markers_not_leaked_as_inline(self):
self.assertEqual(extract_inline_codes(self.NESTED), ["alpha", "beta"])
def test_nested_fence_file_validates_against_itself(self):
result = ValidationResult()
validate_inline_codes(self.NESTED, self.NESTED, result)
self.assertTrue(result.is_valid, result.errors)
def test_deeply_indented_fence_markers_not_leaked(self):
text = "* a\n * b\n ```\n y = 2\n ```\n* Use `gamma`.\n"
self.assertEqual(extract_inline_codes(text), ["gamma"])
def test_tilde_fence_indented_in_list(self):
text = "* Example:\n ~~~python\n z = 3\n ~~~\n* Use `delta`.\n"
self.assertEqual(extract_inline_codes(text), ["delta"])
class TestIndentedFenceDoesNotSwallow(unittest.TestCase):
"""Widening FENCE_OPEN_REGEX to `\\s*` is the tempting fix for #820 and is a
net regression: a lone indented ``` shown as an example then opens a block
that runs to the next bare fence, hiding a REAL code block from validation.
That converts a false failure into a false PASS, and a false PASS
overwrites the user's original file with unvalidated output."""
def test_lone_indented_marker_does_not_capture_the_real_block(self):
doc = "To open a fence write:\n\n ```\n\nThen prose with `alpha`.\n\n```js\nreal = 1\n```\n"
# The lone indented marker is itself a CommonMark indented code block, so
# it is now extracted as one (and must be preserved — it is literal
# content the document is SHOWING). What must never happen is it opening
# a fence that swallows the real block: `real = 1` stays its own entry.
# Order is document position (the indented marker appears before the
# real fenced block), not extraction type.
self.assertEqual(
extract_code_blocks(doc),
[" ```", "```js\nreal = 1\n```"],
)
self.assertEqual(extract_inline_codes(doc), ["alpha"])
def test_content_loss_after_an_indented_marker_still_fails(self):
orig = (
"# Runbook\n\nA fence opens with three backticks:\n\n ```\n\n"
"Emergency rollback:\n\n```\nhelm rollback prod 41 --namespace production\n```\n"
)
comp = orig.replace("prod 41", "prod")
with tempfile.TemporaryDirectory() as tmp:
o, c = Path(tmp) / "o.md", Path(tmp) / "c.md"
o.write_text(orig, encoding="utf-8")
c.write_text(comp, encoding="utf-8")
self.assertFalse(validate(o, c).is_valid, "dropped revision number must be caught")
class TestMultiLineSpansStillCompared(unittest.TestCase):
"""CommonMark permits a line ending inside a code span, and hard-wrapped
markdown produces them. Restricting the span pattern to a single line drops
those spans from the comparison set entirely, which silently downgrades a
deleted or mutated span to PASS."""
def test_multiline_span_is_extracted(self):
self.assertEqual(
extract_inline_codes("Run `npm install --save-dev\nsome-package` first and `x` after."),
["npm install --save-dev\nsome-package", "x"],
)
def test_deleting_a_multiline_span_is_an_error(self):
result = ValidationResult()
validate_inline_codes(
"Pass the `--dangerously-skip-permissions\nflag` before running.",
"Run it.",
result,
)
self.assertFalse(result.is_valid)
def test_mutating_a_multiline_span_is_an_error_not_a_warning(self):
result = ValidationResult()
validate_inline_codes("Set `--flag\nvalue` now.", "Set `--flag other` now.", result)
self.assertFalse(result.is_valid, "a changed CLI argument must not pass as a warning")
class TestMidLineFenceRun(unittest.TestCase):
"""A backtick run in the MIDDLE of a prose line ("inside a ```diff fence")
is matched by neither FENCE_OPEN_REGEX nor FENCE_MARKER_LINE_REGEX, so its
backticks used to leak into inline-code pairing. The naive `([^`]+)`
pattern then opened a span at the run's trailing backtick and closed it at
the NEXT real span's opening backtick, shifting every following pair and
making the file permanently uncompressible."""
def test_midline_triple_backtick_does_not_shift_pairing(self):
text = "Put the result inside a ```diff fence. Then state:\n\n- count of `BEGIN PRIVATE KEY` matches\n- check `base64 -d` output\n"
self.assertEqual(extract_inline_codes(text), ["BEGIN PRIVATE KEY", "base64 -d"])
def test_midline_run_file_validates_against_itself(self):
text = "Wrap it in a ```json fence and run `jq .` after.\n"
result = ValidationResult()
validate_inline_codes(text, text, result)
self.assertTrue(result.is_valid, result.errors)
def test_span_after_midline_run_still_protected(self):
orig = "Use a ```diff fence, then run `git apply /tmp/x.patch` to apply.\n"
comp = "Use a ```diff fence, then apply.\n"
result = ValidationResult()
validate_inline_codes(orig, comp, result)
self.assertFalse(result.is_valid, "span dropped after a mid-line run must be caught")
class TestErrorRendering(unittest.TestCase):
"""#820's failures were undiagnosable because a garbled span was printed
whole. That is a presentation problem — fix it in the message, not by
narrowing what counts as a span."""
def test_long_span_is_truncated_and_newlines_escaped(self):
result = ValidationResult()
validate_inline_codes("a `" + "x" * 500 + "\nmore` b", "a b", result)
message = result.errors[0]
self.assertLess(len(message), 200, message)
self.assertNotIn("\n", message[len("Inline code lost: "):])
class TestValidateInlineCodes(unittest.TestCase):
def test_match(self):
result = ValidationResult()
validate_inline_codes("use `cmd` here", "use `cmd` here", result)
self.assertTrue(result.is_valid)
def test_lost(self):
result = ValidationResult()
validate_inline_codes("use `cmd` here", "use here", result)
self.assertFalse(result.is_valid)
self.assertIn("Inline code lost", result.errors[0])
def test_added(self):
result = ValidationResult()
validate_inline_codes("use here", "use `new` here", result)
self.assertTrue(result.is_valid)
self.assertIn("Inline code added", result.warnings[0])
def test_empty_orig(self):
result = ValidationResult()
validate_inline_codes("no codes", "use `new` here", result)
self.assertTrue(result.is_valid)
def test_both_empty(self):
result = ValidationResult()
validate_inline_codes("plain text", "also plain", result)
self.assertTrue(result.is_valid)
class TestValidateIntegration(unittest.TestCase):
def test_validate_inline_codes_wired(self):
with tempfile.TemporaryDirectory() as tmp:
orig = Path(tmp) / "original.md"
comp = Path(tmp) / "compressed.md"
orig.write_text("Run `rm -rf /` to delete", encoding="utf-8")
comp.write_text("Run to delete", encoding="utf-8")
result = validate(orig, comp)
self.assertFalse(result.is_valid)
self.assertTrue(any("Inline code lost" in e for e in result.errors))
class TestInnerBacktickSpans(unittest.TestCase):
"""CommonMark lets a span carry a backtick run of another length inside it
(``a`b``). A content class that excludes every backtick cannot match such a
span at all, so a rewrite of its code went unvalidated."""
def test_double_backtick_span_with_inner_backtick_is_extracted(self):
self.assertEqual(extract_inline_codes("use ``a`b`` here and `c`"), ["a`b", "c"])
def test_single_backtick_span_with_inner_double_run(self):
self.assertEqual(extract_inline_codes("see `a``b` now"), ["a``b"])
def test_inner_backtick_span_rewrite_still_fails_validation(self):
orig = "# T\n\nRun ``git log --format=`%h` -1`` first.\n"
comp = orig.replace("%h", "%H")
result = ValidationResult()
validate_inline_codes(orig, comp, result)
self.assertFalse(result.is_valid, result.errors)
class TestIndentedCodeIsValidated(unittest.TestCase):
"""A 4-space-indented code block is code. It used to be prose to the
validator: extract_code_blocks saw only fenced blocks, so "code blocks
preserved exactly" compared empty to empty and PASSED while the compressor
rewrote the command. A clean pass on a mutated destructive command is the
worst failure mode this tool has — it overwrites the user's file."""
def test_mutated_indented_command_fails(self):
orig = "# Cleanup\n\nRun this:\n\n kubectl delete pod --all -n prod\n\nDone.\n"
comp = "# Cleanup\n\nRun this:\n\n kubectl delete pod -n dev\n\nDone.\n"
with tempfile.TemporaryDirectory() as tmp:
o, c = Path(tmp) / "o.md", Path(tmp) / "c.md"
o.write_text(orig, encoding="utf-8")
c.write_text(comp, encoding="utf-8")
result = validate(o, c)
self.assertFalse(result.is_valid, "a mutated indented command must not pass")
def test_nested_bullets_are_not_code(self):
"""Four spaces inside a list item is the item's content indentation.
Treating it as code would make ordinary nested prose uncompressible."""
doc = "# Doc\n\n- a bullet\n - nested prose that should stay compressible\n"
self.assertEqual(extract_code_blocks(doc), [])
class TestCrossTypeBlockOrderIsValidated(unittest.TestCase):
"""extract_code_blocks used to return all fenced blocks (in doc order)
followed by all indented blocks (in doc order), so a fenced block and an
indented block swapping RELATIVE position produced the same concatenated
list on both sides of the diff. validate_code_blocks compares this list
positionally, so the swap passed silently even though the invariant it
checks (code block order preserved) was violated."""
ORIG = "Intro.\n\n```python\nprint('hi')\n```\n\nMiddle.\n\n kubectl delete pod --all -n prod\n\nEnd.\n"
# Same two blocks, unchanged content, but the indented block now comes
# BEFORE the fenced block instead of after it.
SWAPPED = "Intro.\n\n kubectl delete pod --all -n prod\n\nMiddle.\n\n```python\nprint('hi')\n```\n\nEnd.\n"
def test_extraction_reflects_document_order(self):
self.assertEqual(
extract_code_blocks(self.ORIG),
["```python\nprint('hi')\n```", " kubectl delete pod --all -n prod"],
)
self.assertEqual(
extract_code_blocks(self.SWAPPED),
[" kubectl delete pod --all -n prod", "```python\nprint('hi')\n```"],
)
def test_swapped_block_order_fails_validation(self):
with tempfile.TemporaryDirectory() as tmp:
o, c = Path(tmp) / "o.md", Path(tmp) / "c.md"
o.write_text(self.ORIG, encoding="utf-8")
c.write_text(self.SWAPPED, encoding="utf-8")
result = validate(o, c)
self.assertFalse(result.is_valid, "a swapped block order must not pass")
def test_identical_document_still_passes(self):
with tempfile.TemporaryDirectory() as tmp:
o, c = Path(tmp) / "o.md", Path(tmp) / "c.md"
o.write_text(self.ORIG, encoding="utf-8")
c.write_text(self.ORIG, encoding="utf-8")
result = validate(o, c)
self.assertTrue(result.is_valid, result.errors)
class TestPreservationPromisesAreErrors(unittest.TestCase):
"""SKILL.md and CLAUDE.md both state headings and file paths survive
compression. Only heading COUNT was enforced; heading text and paths were
warnings, so a run that renamed every heading and dropped a referenced path
reported "Validation passed" and the in-place overwrite stood."""
def _validate(self, orig, comp):
with tempfile.TemporaryDirectory() as tmp:
o, c = Path(tmp) / "o.md", Path(tmp) / "c.md"
o.write_text(orig, encoding="utf-8")
c.write_text(comp, encoding="utf-8")
return validate(o, c)
def test_renamed_heading_fails(self):
orig = "# Configuration Options\n\nSome prose about the options here.\n"
comp = "# Config\n\nOptions prose.\n"
self.assertFalse(self._validate(orig, comp).is_valid)
def test_dropped_path_fails(self):
orig = "# Hooks\n\nThe shared module lives at src/hooks/caveman-config.js and is required.\n"
comp = "# Hooks\n\nShared module required.\n"
self.assertFalse(self._validate(orig, comp).is_valid)
if __name__ == "__main__":
unittest.main()