feat(backup)!: mandatory repo-name and databases-csv, --only-files, --only-sql

Two defaults could not be right. --repo-name fell back to the literal 'backup-docker-to-local' while its help promised the git repo folder name, which nothing ever derived. --databases-csv pointed inside the installed package directory, where credentials must not live; when it applied, load_databases_df read a missing file as empty and the run finished without a single dump and without an error. Both are required now, --repo-name in the restore CLI too. The file itself may still be absent - babadcb's tolerance is untouched, only the path must be named.

--everything is withdrawn. Its one effect was to ignore --images-no-stop-required, which is what leaving that list empty already does, and its branch was the default path minus the requires_stop check. No caller, no test, and help and README described it differently.

--dump-only-sql becomes --only-sql, and --only-files joins it as the opposite half: no dumps at all, every volume as files. They form a mutually exclusive group. A host that only copies files has no business holding database passwords, so --databases-csv is not required there and is never read.

The smallest valid argv turned out to be written four times across the test tree; it now lives once. Withdrawn flags are listed in one place and proven to exit 2.

Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
This commit is contained in:
2026-08-17 13:54:39 +02:00
parent f791046c02
commit df1c65ccac
21 changed files with 330 additions and 135 deletions

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import unittest
from .helpers import (
POSTGRES_DATA_DIR,
POSTGRES_IMAGE,
backup_path,
cleanup_docker,
create_minimal_compose_dir,
ensure_empty_dir,
latest_version_dir,
require_docker,
run,
unique,
wait_for_postgres,
write_databases_csv,
)
class TestE2EOnlySqlMixedRun(unittest.TestCase):
@classmethod
def setUpClass(cls) -> None:
require_docker()
cls.prefix = unique("baudolo-e2e-only-sql-mixed-run")
cls.backups_dir = f"/tmp/{cls.prefix}/Backups"
ensure_empty_dir(cls.backups_dir)
cls.compose_dir = create_minimal_compose_dir(f"/tmp/{cls.prefix}")
cls.repo_name = cls.prefix
# --- Volumes ---
cls.db_volume = f"{cls.prefix}-vol-db"
cls.files_volume = f"{cls.prefix}-vol-files"
# Track for cleanup
cls.containers: list[str] = []
cls.volumes = [cls.db_volume, cls.files_volume]
run(["docker", "volume", "create", cls.db_volume])
run(["docker", "volume", "create", cls.files_volume])
# Put a marker into the non-db volume
run(
[
"docker",
"run",
"--rm",
"-v",
f"{cls.files_volume}:/data",
"alpine:3.20",
"sh",
"-lc",
"echo 'hello-non-db' > /data/hello.txt",
]
)
# --- Start Postgres container using the DB volume ---
cls.pg_container = f"{cls.prefix}-pg"
cls.containers.append(cls.pg_container)
cls.pg_password = "postgres"
cls.pg_db = "testdb"
cls.pg_user = "postgres"
run(
[
"docker",
"run",
"-d",
"--name",
cls.pg_container,
"-e",
f"POSTGRES_PASSWORD={cls.pg_password}",
"-v",
f"{cls.db_volume}:{POSTGRES_DATA_DIR}",
POSTGRES_IMAGE,
]
)
wait_for_postgres(cls.pg_container, user="postgres", timeout_s=90)
# Create deterministic content in DB so dump is non-empty
run(
[
"docker",
"exec",
cls.pg_container,
"sh",
"-lc",
f'psql -U postgres -c "CREATE DATABASE {cls.pg_db};" || true',
],
check=True,
)
run(
[
"docker",
"exec",
cls.pg_container,
"sh",
"-lc",
(
f"psql -U postgres -d {cls.pg_db} -c "
'"CREATE TABLE IF NOT EXISTS t (id INT PRIMARY KEY, v TEXT);'
"INSERT INTO t(id,v) VALUES (1,'hello-db') "
'ON CONFLICT (id) DO UPDATE SET v=EXCLUDED.v;"'
),
],
check=True,
)
# databases.csv with an entry => dump should succeed
cls.databases_csv = f"/tmp/{cls.prefix}/databases.csv"
write_databases_csv(
cls.databases_csv,
[(cls.pg_container, cls.pg_db, cls.pg_user, cls.pg_password)],
)
cmd = [
"baudolo",
"--compose-dir",
cls.compose_dir,
"--databases-csv",
cls.databases_csv,
"--database-containers",
cls.pg_container,
"--images-no-stop-required",
POSTGRES_IMAGE,
"--only-sql",
"--backups-dir",
cls.backups_dir,
"--repo-name",
cls.repo_name,
]
cp = run(cmd, capture=True, check=True)
cls.stdout = cp.stdout
cls.stderr = cp.stderr
cls.hash, cls.version = latest_version_dir(cls.backups_dir, cls.repo_name)
@classmethod
def tearDownClass(cls) -> None:
cleanup_docker(containers=cls.containers, volumes=cls.volumes)
def test_db_volume_has_dump_and_no_files_dir(self) -> None:
base = backup_path(
self.backups_dir, self.repo_name, self.version, self.db_volume
)
dumps = base / "sql"
files = base / "files"
self.assertTrue(dumps.exists(), f"Expected dumps dir for DB volume at: {dumps}")
self.assertFalse(
files.exists(),
f"Did not expect files dir for DB volume when dump succeeded at: {files}",
)
# Optional: at least one dump file exists
dump_files = list(dumps.glob("*.sql")) + list(dumps.glob("*.sql.gz"))
self.assertTrue(
dump_files,
f"Expected at least one SQL dump file in {dumps}, found none.",
)
def test_non_db_volume_has_files_dir(self) -> None:
base = backup_path(
self.backups_dir, self.repo_name, self.version, self.files_volume
)
files = base / "files"
self.assertTrue(
files.exists(),
f"Expected files dir for non-DB volume at: {files}",
)
def test_only_sql_does_not_disable_non_db_files_backup(self) -> None:
# Regression guard: even with --only-sql, non-DB volumes must still be backed up as files
base = backup_path(
self.backups_dir, self.repo_name, self.version, self.files_volume
)
self.assertTrue(
(base / "files").exists(),
f"Expected non-DB volume files backup to exist at: {base / 'files'}",
)