PageIndex/tests/test_pifs_find_maxdepth.py

327 lines
11 KiB
Python

import json
from pathlib import Path
import pytest
def _register_find_fixture(tmp_path: Path):
from pageindex.filesystem import PIFSCommandExecutor, PageIndexFileSystem
source_dir = tmp_path / "source"
source_dir.mkdir()
filesystem = PageIndexFileSystem(workspace=tmp_path / "workspace")
filesystem.metadata.register_schema({"fields": {"department": "string"}})
def add_file(
filename: str,
*,
folder_path: str,
external_id: str,
title: str,
domain: str,
) -> None:
source = source_dir / filename
source.write_text(f"{title} fixture text", encoding="utf-8")
filesystem.register_file(
storage_uri=source.as_uri(),
source_path=f"docs/{filename}",
folder_path=folder_path,
external_id=external_id,
title=title,
content=source.read_text(encoding="utf-8"),
metadata={"department": domain},
)
add_file(
"root.txt",
folder_path="/documents",
external_id="doc_root",
title="Root document",
domain="ops",
)
add_file(
"child.txt",
folder_path="/documents/team",
external_id="doc_child",
title="Child document",
domain="ops",
)
add_file(
"deep.txt",
folder_path="/documents/team/deep",
external_id="doc_deep",
title="Deep document",
domain="ops",
)
add_file(
"other.txt",
folder_path="/documents/team",
external_id="doc_other",
title="Other document",
domain="finance",
)
return PIFSCommandExecutor(filesystem, json_output=True)
def _data(output: str):
return json.loads(output)["data"]
def test_find_maxdepth_one_returns_direct_files_only(tmp_path):
executor = _register_find_fixture(tmp_path)
rows = _data(executor.execute("find /documents -maxdepth 1 -type f"))
assert [row["external_id"] for row in rows] == ["doc_root"]
def test_find_output_is_path_first_without_session_refs(tmp_path):
executor = _register_find_fixture(tmp_path)
executor.json_output = False
output = executor.execute("find /documents -maxdepth 1 -type f")
assert output.startswith("/documents/Root document id=doc_root file_ref=file_")
assert "ref_1" not in output
assert "title=Root document" in output
def test_stable_path_targets_work_without_session_refs(tmp_path):
executor = _register_find_fixture(tmp_path)
executor.json_output = False
stat = executor.execute("stat '/documents/Root document'")
text = executor.execute("cat '/documents/Root document' --all")
assert "target: /documents/Root document" in stat
assert "document_id: doc_root" in stat
assert "Root document fixture text" in text
def test_stat_shell_output_includes_unified_metadata_status(tmp_path):
from pageindex.filesystem import PIFSCommandExecutor, PageIndexFileSystem
from pageindex.filesystem.metadata_generation import MetadataGenerationResult
source = tmp_path / "source.txt"
source.write_text("fixture text", encoding="utf-8")
class SummaryGenerator:
def generate(self, document, *, fields):
return MetadataGenerationResult(
values={field: "Generated summary for retrieval." for field in fields}
)
filesystem = PageIndexFileSystem(
workspace=tmp_path / "workspace",
metadata_generator=SummaryGenerator(),
)
filesystem.register_file(
storage_uri=source.as_uri(),
source_path="docs/source.txt",
folder_path="/documents",
external_id="doc_generated",
title="Generated metadata document",
content=source.read_text(encoding="utf-8"),
metadata={"department": "ops"},
metadata_policy={
"fields": {
"summary": True,
"doc_type": False,
"domain": False,
"topic": False,
}
},
)
executor = PIFSCommandExecutor(filesystem, json_output=False)
stat = executor.execute("stat /documents/'Generated metadata document'")
assert "metadata:" in stat
assert " department: ops" in stat
assert " summary: Generated summary for retrieval." in stat
assert "metadata_status: generated" in stat
def test_register_rejects_pifs_owned_metadata_fields(tmp_path):
from pageindex.filesystem import PageIndexFileSystem
source = tmp_path / "source.txt"
source.write_text("fixture text", encoding="utf-8")
filesystem = PageIndexFileSystem(workspace=tmp_path / "workspace")
with pytest.raises(ValueError, match="PIFS-owned generated field"):
filesystem.register_file(
storage_uri=source.as_uri(),
source_path="docs/source.txt",
folder_path="/documents",
external_id="doc_conflict",
title="Conflict document",
content=source.read_text(encoding="utf-8"),
metadata={"summary": "caller summary"},
)
def test_batch_metadata_status_generates_into_unified_metadata(tmp_path):
from pageindex.filesystem import PageIndexFileSystem
from pageindex.filesystem.metadata_generation import MetadataGenerationResult
source = tmp_path / "source.txt"
source.write_text("fixture text", encoding="utf-8")
class SummaryGenerator:
def generate(self, document, *, fields):
return MetadataGenerationResult(values={"summary": "Batch generated summary."})
filesystem = PageIndexFileSystem(
workspace=tmp_path / "workspace",
metadata_generator=SummaryGenerator(),
)
file_ref = filesystem.register_file(
storage_uri=source.as_uri(),
source_path="docs/source.txt",
folder_path="/documents",
external_id="doc_batch",
title="Batch document",
content=source.read_text(encoding="utf-8"),
metadata={"department": "ops"},
metadata_policy={
"batch": True,
"fields": {
"summary": True,
"doc_type": False,
"domain": False,
"topic": False,
},
},
)
before = filesystem.store.get_file(file_ref)
assert "summary" not in before.metadata
assert before.metadata_status["fields"]["summary"]["status"] == "pending_submit"
result = filesystem.batch_generate()
after = filesystem.store.get_file(file_ref)
assert result["generated"] == 1
assert after.metadata["summary"] == "Batch generated summary."
assert after.metadata["department"] == "ops"
assert after.metadata_status["fields"]["summary"]["status"] == "generated"
def test_v4_metadata_columns_migrate_to_unified_metadata_status(tmp_path):
from pageindex.filesystem import PageIndexFileSystem
source = tmp_path / "source.txt"
source.write_text("fixture text", encoding="utf-8")
workspace = tmp_path / "workspace"
filesystem = PageIndexFileSystem(workspace=workspace)
file_ref = filesystem.register_file(
storage_uri=source.as_uri(),
source_path="docs/source.txt",
folder_path="/documents",
external_id="doc_migrate",
title="Migrated document",
content=source.read_text(encoding="utf-8"),
metadata={"department": "ops"},
)
with filesystem.store.connect() as conn:
conn.execute(
"ALTER TABLE files ADD COLUMN derived_metadata_json TEXT NOT NULL DEFAULT '{}'"
)
conn.execute(
"ALTER TABLE files ADD COLUMN metadata_generation_json TEXT NOT NULL DEFAULT '{}'"
)
conn.execute(
"""
UPDATE files
SET metadata_json = ?,
derived_metadata_json = ?,
metadata_generation_json = ?,
metadata_status_json = '{}'
WHERE file_ref = ?
""",
(
'{"department":"ops","summary":"raw summary"}',
'{"summary":"generated summary"}',
'{"status":"generated","fields":{"summary":{"requested":true,"status":"generated"}}}',
file_ref,
),
)
conn.execute("PRAGMA user_version = 4")
migrated = PageIndexFileSystem(workspace=workspace)
entry = migrated.store.get_file(file_ref)
assert entry.metadata["department"] == "ops"
assert entry.metadata["summary"] == "generated summary"
assert entry.metadata_status["status"] == "generated"
assert entry.metadata_status["fields"]["summary"]["owner"] == "pifs"
assert entry.metadata_status["fields"]["summary"]["source"] == "llm"
def test_find_maxdepth_zero_type_directory_returns_start_folder(tmp_path):
executor = _register_find_fixture(tmp_path)
rows = _data(executor.execute("find /documents -maxdepth 0 -type d"))
assert [row["path"] for row in rows] == ["/documents"]
def test_find_directory_output_renders_root_without_double_slash(tmp_path):
executor = _register_find_fixture(tmp_path)
executor.json_output = False
output = executor.execute("find / -maxdepth 1 -type d")
assert output.splitlines()[0] == "/ folders=1 files=0"
assert "//" not in output
assert "/documents/ folders=1 files=1" in output
def test_find_maxdepth_combines_with_where_and_limit(tmp_path):
executor = _register_find_fixture(tmp_path)
rows = _data(
executor.execute(
"""find /documents -maxdepth 2 -type f --where '{"department":"ops"}' --limit 1"""
)
)
assert len(rows) == 1
assert rows[0]["metadata"]["department"] == "ops"
assert rows[0]["folder_path"] in {"/documents", "/documents/team"}
def test_find_maxdepth_rejects_invalid_values_and_unsupported_options(tmp_path):
from pageindex.filesystem.commands import PIFSCommandError
executor = _register_find_fixture(tmp_path)
with pytest.raises(PIFSCommandError, match="find -maxdepth requires an integer >= 0"):
executor.execute("find /documents -maxdepth nope -type f")
with pytest.raises(PIFSCommandError, match="find -maxdepth requires an integer >= 0"):
executor.execute("find /documents -maxdepth -1 -type f")
with pytest.raises(PIFSCommandError, match="Unsupported find option: -exec"):
executor.execute("find /documents -maxdepth 1 -type f -exec")
def test_find_maxdepth_is_advertised_to_agents(tmp_path):
executor = _register_find_fixture(tmp_path)
assert "-maxdepth N -type f|d" in executor.describe_available_command_surfaces()
assert executor.command_capabilities()["retrieval"]["lexical"]["find_maxdepth"] is True
def test_where_path_error_points_to_folder_scope(tmp_path):
from pageindex.filesystem.commands import PIFSCommandError
executor = _register_find_fixture(tmp_path)
with pytest.raises(PIFSCommandError) as exc_info:
executor.execute("""find --where '{"path":"/documents"}'""")
message = str(exc_info.value)
assert "Folder paths are positional PIFS paths" in message
assert "find /documents -type f" in message
assert "stat --schema" in message