Rewrites Pass 2 of the Python cross-file import resolver so an INFERRED
`uses` edge anchors on the symbol whose body actually references the
imported name (a class as a unit, or a module-level function) at the real
reference line, instead of fanning out from the import statement line to
every class in the importing file.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
New graphify/extractors/ocaml.py handles both the implementation grammar
(language_ocaml, .ml) and the interface grammar (language_ocaml_interface,
.mli). Emits nodes for modules, top-level/module-level values and functions,
types and their variant constructors; edges for defines/contains, open ->
imports_from, and application -> calls. Qualified paths (Geo.area) resolve to
the final value name, not the module qualifier; local let ... in bindings do
not mint nodes or steal call attribution. Cross-file open/call targets are
sourceless stubs so the corpus rewire collapses them onto the unique real
definition (no #1402 sourced-stub leak).
Wired into detect.py (CODE_EXTENSIONS), extract.py (dispatch +
_EXTRA_FOR_EXTENSION), pyproject.toml ([ocaml] extra + all + dev dep), and
README. Adds tests/test_ocaml.py (behind importorskip).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The #2475 fix recomputed the match path against the explicit scan root but
skipped the _nfc() normalization rel_anchor gets, so an NFD-named path
could miss a parent ignore pattern under the #2544 NFC-matching regime.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The #2600 title helper preferred a cwd-relative label, which still leaks
host/user path segments when the graph is built from a directory above the
project. Keep from the graphify-out / GRAPHIFY_OUT marker onward first
(portable in every case); fall back to cwd-relative only for a fully custom
output path with no marker.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The <title> previously embedded str(output_path), so Windows absolute
host paths leaked into a tracked artifact (regression of #433, #2598).
Prefer a cwd-relative label, else keep from the graphify-out segment
onward, else the filename only.
tree-sitter gives an arrow with one unparenthesised parameter a `parameter`
field (singular) and no `parameters` list node, so `_js_local_bound_names`
never saw it: `x => sink(x)` bound nothing, and `x` read as a by-name
reference to any same-named callable in the corpus, fabricating an
indirect_call edge (INFERRED, 0.8).
The parenthesised form was always handled, so `(x) => …` and `x => …`
behaved differently. Same singular/plural trap as `catch_clause.parameter`.
Strictly subtractive on real code: +0/-88 indirect_call edges over 5,402
files of node_modules, +0/-98 over a 6,000-file mixed corpus.
An ignore rule naming a directory with an accent silently does nothing on
macOS, and the files it was meant to exclude get scanned anyway.
macOS (APFS/HFS+) returns filenames in NFD — "ç" comes back as "c" + U+0327
COMBINING CEDILLA — while editors write ignore files in NFC, where the same
"ç" is the single codepoint U+00E7. The two render identically and compare
unequal, so `fnmatch` never matches and the pattern is a no-op.
Found in a real repo: a `.graphifyignore` containing `Orçamento/` failed to
exclude that directory, and 9 client contract PDFs were picked up for semantic
extraction — i.e. queued to be sent to an LLM — despite an explicit rule
against it. The failure is silent: there is no warning, and the only symptom
is a file count that does not match what you expect. A user who does not
count would never know. That is what makes this worth fixing rather than
documenting: the rule appears to work.
Both sides are now normalized to NFC before matching, at three boundaries:
the pattern (in `_parse_gitignore_line`, so it covers .graphifyignore,
.gitignore and $GIT_DIR/info/exclude alike) and the two path forms used in
`_is_ignored` (`target.name` and the anchor-relative path).
NFC is already the form Linux and Windows produce, so this is a no-op there
and only repairs the macOS mismatch.
Tests: two regression tests cover both directions (NFC pattern vs NFD path on
disk, and the reverse); both fail before this change and pass after. A third
asserts ASCII patterns are unaffected, so the normalization cannot regress
existing behavior.
Full suite: 3833 passed. The 13 failures in tests/test_terraform.py are
pre-existing on a clean upstream checkout (optional tree_sitter_hcl not
installed) and unrelated to this change.
