4156715960
scripts/code_health measures the files a change touches on both sides (base revision and head) and fails when: - a function or file over target grows past its own value on the base (CC 20, 300 own lines, nesting 6, file 2,000 lines); - a new function or file is over target; - a pattern rule gains a fingerprint (rule + enclosing function + line text), so fixing one violation never buys another. Code that moves keeps its cap: functions match by name-independent body hash, pattern hits by (rule, line text) once their function has left the old place. Nested functions are their own units, so a closure edit never counts against the hook or function around it. Python CC is ruff's C901 minus the direct nested defs; TypeScript is parsed with the lockfile's typescript (no type check). Rules: swallowed exceptions (S110, BLE001, E722), correctness (F821/F823/ F811/F841, RUF006), hangs (ASYNC230/240, S113, subprocess/urlopen without timeout, sync config I/O in async def, get_event_loop, gather results checked against Exception), profile scope (hardcoded ~/.hermes, a new HERMES_* env var, UnscopedSecretError -> os.getenv, import-time capture, raw threading.Thread, P05/P06 from profile_scope_patterns.json), argv process identity, bool() of an env string, and if/elif ladders. Growth of a file already over 2,000 lines is advisory: replaying 300 merged PRs, a blocking file-size ratchet would have stopped 46 of them before the 119 over-target files are split. Everything else blocks; the same replay finds 18 PRs that would have needed a change, every finding a real hit for its rule. No baseline file: base is measured on the fly, so an improvement that lands on main is the new cap at once and parallel PRs never conflict on ratchet state. `# health: allow <RULE> -- <why>` is the reviewed escape.
4 lines
67 B
Python
4 lines
67 B
Python
from scripts.code_health.cli import main
|
|
|
|
raise SystemExit(main())
|