danny0405 commented on code in PR #20419:
URL: https://github.com/apache/hudi/pull/20419#discussion_r4384565059
##########
hudi-ai-operator/skills/hudi-architect/validate_flink_design.py:
##########
@@ -382,11 +408,620 @@ def _sql_string(value: str) -> str:
return "'" + value.replace("'", "''") + "'"
+def _has_sensitive_catalog_key(value: Any) -> bool:
+ if isinstance(value, dict):
+ return any(
+ SENSITIVE_CATALOG_KEY.search(str(key)) is not None
+ or _has_sensitive_catalog_key(item)
+ for key, item in value.items()
+ )
+ if isinstance(value, list):
+ return any(_has_sensitive_catalog_key(item) for item in value)
+ return False
+
+
+def _metastore_uris_valid(value: Any) -> bool:
+ if not _check_concrete_value(value):
+ return False
+ for raw_uri in value.split(","):
+ uri = raw_uri.strip()
+ try:
+ parsed = urlsplit(uri)
+ except ValueError:
+ return False
+ if (
+ parsed.scheme.lower() != "thrift"
+ or not parsed.hostname
+ or parsed.username is not None
+ or parsed.password is not None
+ or parsed.query
+ or parsed.fragment
+ ):
+ return False
+ return True
+
+
+def _metastore_uris_have_credentials(value: Any) -> bool:
+ if not isinstance(value, str):
+ return False
+ for raw_uri in value.split(","):
+ try:
+ parsed = urlsplit(raw_uri.strip())
+ except ValueError:
+ continue
+ if parsed.username is not None or parsed.password is not None:
+ return True
+ parameters = [
+ *parse_qsl(parsed.query, keep_blank_values=True),
+ *parse_qsl(parsed.fragment, keep_blank_values=True),
+ ]
+ if any(_is_sensitive_query_key(key) for key, _ in parameters):
+ return True
+ return False
+
+
+def _catalog_profile_id(resolution_mode: Any, external_discovery: Any) -> str
| None:
+ if not isinstance(resolution_mode, str) or not
isinstance(external_discovery, str):
+ return None
+ profiles = {
+ ("direct_sql", "none"): "direct_sql_none",
+ ("direct_sql", "hive_metastore"): "direct_sql_hive_metastore",
+ ("hudi_dfs_catalog", "none"): "hudi_dfs_catalog_none",
+ ("hudi_dfs_catalog", "hive_metastore"):
+ "hudi_dfs_catalog_hive_metastore",
+ ("hudi_hms_catalog", "hive_metastore"):
+ "hudi_hms_catalog_hive_metastore",
+ }
+ return profiles.get((resolution_mode, external_discovery))
+
+
+def _mor_sync_strategy(contract: dict[str, Any]) -> str | None:
+ raw_read = contract.get("read")
+ read = raw_read if isinstance(raw_read, dict) else {}
+ raw_modes = read.get("query_modes")
+ modes = (
+ set(raw_modes)
+ if isinstance(raw_modes, list)
+ and all(isinstance(mode, str) for mode in raw_modes)
+ else set()
+ )
+ if modes == {"snapshot"}:
+ return "RT"
+ if modes == {"read_optimized"}:
+ return "RO"
+ if modes == {"snapshot", "read_optimized"}:
+ return "ALL"
+ return None
+
+
+def _registered_table_names(
+ table_name: Any, table_type: Any, strategy: str | None
+) -> list[str]:
+ if not _non_empty_string(table_name):
+ return []
+ base_name = table_name.split(".")[-1]
+ if table_type != "MERGE_ON_READ":
+ return [base_name]
+ if strategy == "RO":
+ return [base_name]
+ if strategy == "RT":
+ return [base_name]
+ if strategy == "ALL":
+ return [f"{base_name}_ro", f"{base_name}_rt", base_name]
+ return []
+
+
+def _assess_catalog(
+ contract: dict[str, Any],
+ manifest: dict[str, Any],
+ assessment: Assessment,
+ *,
+ external_catalog: Any,
+ expected_table_lifecycle: str,
+) -> dict[str, Any]:
+ """Validate the orthogonal PR6 catalog contract without selecting it."""
+
+ explicit = "catalog" in contract
+ raw_catalog = contract.get("catalog")
+ if not explicit:
+ if external_catalog is True:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_REQUIRED",
+ "safety.external_catalog=true requires an explicit catalog
contract",
+ )
+ legacy_profile = external_catalog is False
+ resolution = "direct_sql" if legacy_profile else "unresolved"
+ discovery = "none" if legacy_profile else "unresolved"
+ normalized_sync_owner = "none" if legacy_profile else "unresolved"
+ normalized_lifecycle_owner = "application" if legacy_profile else
"unresolved"
+ return {
+ "contract_schema": CATALOG_CONTRACT_SCHEMA_VERSION,
+ "profile": "direct_sql_none" if legacy_profile else "unresolved",
+ "resolution_mode": resolution,
+ "external_discovery": discovery,
+ "sync_owner": normalized_sync_owner,
+ "data_lifecycle_owner": normalized_lifecycle_owner,
+ "catalog_setup_sql": "",
+ "effective_configuration": {
+ "catalog_freshness": "not_applicable",
+ "data_lifecycle_owner": normalized_lifecycle_owner,
+ "external_discovery": discovery,
+ "resolution_mode": resolution,
+ "sync_owner": normalized_sync_owner,
+ },
+ "deployment_checks": [],
+ }
+
+ if isinstance(raw_catalog, dict):
+ catalog = raw_catalog
+ else:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID", "catalog must be an object"
+ )
+ catalog = {}
+ _check_catalog_keys(
+ catalog,
+ {
+ "catalog_name",
+ "catalog_path",
+ "contract_schema",
+ "data_lifecycle_owner",
+ "database",
+ "external_discovery",
+ "hive_configuration",
+ "mor_sync_strategy",
+ "resolution_mode",
+ "sync_owner",
+ "table_external",
+ },
+ "catalog",
+ assessment,
+ )
+ if _has_sensitive_catalog_key(catalog):
+ assessment.add(
+ "FLINK_CATALOG_CREDENTIAL_REJECTED",
+ "Catalog contracts must reference credential-free deployment
configuration",
+ )
+ if catalog.get("contract_schema") != CATALOG_CONTRACT_SCHEMA_VERSION:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ f"catalog.contract_schema must be
{CATALOG_CONTRACT_SCHEMA_VERSION}",
+ )
+
+ resolution_mode = catalog.get("resolution_mode")
+ external_discovery = catalog.get("external_discovery")
+ sync_owner = catalog.get("sync_owner")
+ lifecycle_owner = catalog.get("data_lifecycle_owner")
+ resolution_modes = {
+ "direct_sql",
+ "hudi_dfs_catalog",
+ "hudi_hms_catalog",
+ }
+ discovery_modes = {"none", "hive_metastore", "aws_glue"}
+ sync_owners = {"none", "flink_sink", "hudi_hms_catalog"}
+ lifecycle_owners = {"application", "catalog"}
+ resolution_valid = isinstance(resolution_mode, str) and resolution_mode in
resolution_modes
+ discovery_valid = (
+ isinstance(external_discovery, str)
+ and external_discovery in discovery_modes
+ )
+ sync_owner_valid = isinstance(sync_owner, str) and sync_owner in
sync_owners
+ lifecycle_owner_valid = (
+ isinstance(lifecycle_owner, str) and lifecycle_owner in
lifecycle_owners
+ )
+ if not _non_empty_string(resolution_mode):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.resolution_mode must be explicit",
+ )
+ elif not resolution_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.resolution_mode is outside the Hudi 1.2.0 PR6 profiles",
+ )
+ if not _non_empty_string(external_discovery):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.external_discovery must be explicit",
+ )
+ elif not discovery_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.external_discovery is unsupported",
+ )
+ if not _non_empty_string(sync_owner):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.sync_owner must be explicit",
+ )
+ elif not sync_owner_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED", "catalog.sync_owner is
unsupported"
+ )
+ if not _non_empty_string(lifecycle_owner):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.data_lifecycle_owner must be explicit",
+ )
+ elif not lifecycle_owner_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.data_lifecycle_owner is unsupported",
+ )
+ if external_discovery == "aws_glue":
+ assessment.add(
+ "FLINK_GLUE_CATALOG_UNVERIFIED",
+ "AWS Glue is present in Hudi 1.2.0 but is not executable without a
"
+ "Flink-specific fixture",
+ )
+
+ profile = _catalog_profile_id(resolution_mode, external_discovery)
+ if profile is None:
+ if external_discovery == "aws_glue":
+ profile = "aws_glue_unverified"
+ elif resolution_valid and discovery_valid:
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ "The requested table-resolution and external-discovery
composition is unsupported",
+ )
+ profile = "unsupported"
+ else:
+ profile = "unresolved"
+
+ expected_external_gate = (
+ resolution_mode != "direct_sql" or external_discovery != "none"
+ )
+ if (
+ resolution_valid
+ and discovery_valid
+ and isinstance(external_catalog, bool)
+ and external_catalog != expected_external_gate
+ ):
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ "safety.external_catalog conflicts with the explicit catalog
composition",
+ )
+
+ expected_owners = {
+ "direct_sql_none": ("none", "application"),
+ "direct_sql_hive_metastore": ("flink_sink", "application"),
+ "hudi_dfs_catalog_none": ("none", "catalog"),
+ "hudi_dfs_catalog_hive_metastore": ("flink_sink", "catalog"),
+ "hudi_hms_catalog_hive_metastore": ("hudi_hms_catalog", "application"),
+ }
+ if profile in expected_owners:
+ expected_sync_owner, expected_lifecycle_owner =
expected_owners[profile]
+ if sync_owner_valid and sync_owner != expected_sync_owner:
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ f"{profile} requires sync_owner={expected_sync_owner}",
+ )
+ if not _non_empty_string(lifecycle_owner):
+ assessment.add(
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED",
+ f"{profile} requires an explicit data lifecycle owner",
+ )
+ elif lifecycle_owner_valid and lifecycle_owner !=
expected_lifecycle_owner:
+ code = (
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED"
+ if resolution_mode == "hudi_dfs_catalog"
+ else "FLINK_CATALOG_COMPOSITION_CONFLICT"
+ )
+ assessment.add(
+ code,
+ f"{profile} requires
data_lifecycle_owner={expected_lifecycle_owner}",
+ )
+
+ catalog_name = catalog.get("catalog_name")
+ database = catalog.get("database")
+ catalog_path = catalog.get("catalog_path")
+ if resolution_mode == "direct_sql":
+ if "catalog_name" in catalog or "catalog_path" in catalog or
"table_external" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Direct SQL forbids catalog_name, catalog_path, and
table_external",
+ )
+ else:
+ if not _check_concrete_value(catalog_name):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog resolution requires a concrete catalog_name",
+ )
+ elif re.fullmatch(r"[A-Za-z_][A-Za-z0-9_]*", catalog_name) is None:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.catalog_name must be a simple Flink SQL identifier",
+ )
+ if resolution_mode != "direct_sql" or external_discovery ==
"hive_metastore":
+ if not _check_concrete_value(database):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog or Hive metastore composition requires a concrete
database",
+ )
+ elif re.fullmatch(r"[A-Za-z_][A-Za-z0-9_]*", database) is None:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.database must be a simple Flink SQL identifier",
+ )
+ elif "database" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.database is not applicable to direct SQL without external
discovery",
+ )
+
+ raw_table = contract.get("table")
+ table: dict[str, Any] = raw_table if isinstance(raw_table, dict) else {}
+ table_name = table.get("name")
+ table_path = table.get("path")
+ if resolution_mode in {"hudi_dfs_catalog", "hudi_hms_catalog"} and (
Review Comment:
[P2] Guard set membership against malformed resolution modes
Setting `catalog.resolution_mode` to `[]` or `{}` in an otherwise valid
profile raises `TypeError: unhashable type` here. The earlier
`resolution_valid` check records an invalid-contract finding but continues into
this unguarded set lookup, so the CLI emits a traceback instead of the promised
machine-readable assessment; the existing-table validator also calls this path.
Please guard this and the later catalog-mode membership check with the
validated string/type result (or return a safe unresolved state), and extend
the malformed-input tests to cover individual catalog fields.
##########
hudi-ai-operator/skills/hudi-architect/validate_flink_design.py:
##########
@@ -382,11 +408,620 @@ def _sql_string(value: str) -> str:
return "'" + value.replace("'", "''") + "'"
+def _has_sensitive_catalog_key(value: Any) -> bool:
+ if isinstance(value, dict):
+ return any(
+ SENSITIVE_CATALOG_KEY.search(str(key)) is not None
+ or _has_sensitive_catalog_key(item)
+ for key, item in value.items()
+ )
+ if isinstance(value, list):
+ return any(_has_sensitive_catalog_key(item) for item in value)
+ return False
+
+
+def _metastore_uris_valid(value: Any) -> bool:
+ if not _check_concrete_value(value):
+ return False
+ for raw_uri in value.split(","):
+ uri = raw_uri.strip()
+ try:
+ parsed = urlsplit(uri)
+ except ValueError:
+ return False
+ if (
+ parsed.scheme.lower() != "thrift"
+ or not parsed.hostname
+ or parsed.username is not None
+ or parsed.password is not None
+ or parsed.query
+ or parsed.fragment
+ ):
+ return False
+ return True
+
+
+def _metastore_uris_have_credentials(value: Any) -> bool:
+ if not isinstance(value, str):
+ return False
+ for raw_uri in value.split(","):
+ try:
+ parsed = urlsplit(raw_uri.strip())
+ except ValueError:
+ continue
+ if parsed.username is not None or parsed.password is not None:
+ return True
+ parameters = [
+ *parse_qsl(parsed.query, keep_blank_values=True),
+ *parse_qsl(parsed.fragment, keep_blank_values=True),
+ ]
+ if any(_is_sensitive_query_key(key) for key, _ in parameters):
+ return True
+ return False
+
+
+def _catalog_profile_id(resolution_mode: Any, external_discovery: Any) -> str
| None:
+ if not isinstance(resolution_mode, str) or not
isinstance(external_discovery, str):
+ return None
+ profiles = {
+ ("direct_sql", "none"): "direct_sql_none",
+ ("direct_sql", "hive_metastore"): "direct_sql_hive_metastore",
+ ("hudi_dfs_catalog", "none"): "hudi_dfs_catalog_none",
+ ("hudi_dfs_catalog", "hive_metastore"):
+ "hudi_dfs_catalog_hive_metastore",
+ ("hudi_hms_catalog", "hive_metastore"):
+ "hudi_hms_catalog_hive_metastore",
+ }
+ return profiles.get((resolution_mode, external_discovery))
+
+
+def _mor_sync_strategy(contract: dict[str, Any]) -> str | None:
+ raw_read = contract.get("read")
+ read = raw_read if isinstance(raw_read, dict) else {}
+ raw_modes = read.get("query_modes")
+ modes = (
+ set(raw_modes)
+ if isinstance(raw_modes, list)
+ and all(isinstance(mode, str) for mode in raw_modes)
+ else set()
+ )
+ if modes == {"snapshot"}:
+ return "RT"
+ if modes == {"read_optimized"}:
+ return "RO"
+ if modes == {"snapshot", "read_optimized"}:
+ return "ALL"
+ return None
+
+
+def _registered_table_names(
+ table_name: Any, table_type: Any, strategy: str | None
+) -> list[str]:
+ if not _non_empty_string(table_name):
+ return []
+ base_name = table_name.split(".")[-1]
+ if table_type != "MERGE_ON_READ":
+ return [base_name]
+ if strategy == "RO":
+ return [base_name]
+ if strategy == "RT":
+ return [base_name]
+ if strategy == "ALL":
+ return [f"{base_name}_ro", f"{base_name}_rt", base_name]
+ return []
+
+
+def _assess_catalog(
+ contract: dict[str, Any],
+ manifest: dict[str, Any],
+ assessment: Assessment,
+ *,
+ external_catalog: Any,
+ expected_table_lifecycle: str,
+) -> dict[str, Any]:
+ """Validate the orthogonal PR6 catalog contract without selecting it."""
+
+ explicit = "catalog" in contract
+ raw_catalog = contract.get("catalog")
+ if not explicit:
+ if external_catalog is True:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_REQUIRED",
+ "safety.external_catalog=true requires an explicit catalog
contract",
+ )
+ legacy_profile = external_catalog is False
+ resolution = "direct_sql" if legacy_profile else "unresolved"
+ discovery = "none" if legacy_profile else "unresolved"
+ normalized_sync_owner = "none" if legacy_profile else "unresolved"
+ normalized_lifecycle_owner = "application" if legacy_profile else
"unresolved"
+ return {
+ "contract_schema": CATALOG_CONTRACT_SCHEMA_VERSION,
+ "profile": "direct_sql_none" if legacy_profile else "unresolved",
+ "resolution_mode": resolution,
+ "external_discovery": discovery,
+ "sync_owner": normalized_sync_owner,
+ "data_lifecycle_owner": normalized_lifecycle_owner,
+ "catalog_setup_sql": "",
+ "effective_configuration": {
+ "catalog_freshness": "not_applicable",
+ "data_lifecycle_owner": normalized_lifecycle_owner,
+ "external_discovery": discovery,
+ "resolution_mode": resolution,
+ "sync_owner": normalized_sync_owner,
+ },
+ "deployment_checks": [],
+ }
+
+ if isinstance(raw_catalog, dict):
+ catalog = raw_catalog
+ else:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID", "catalog must be an object"
+ )
+ catalog = {}
+ _check_catalog_keys(
+ catalog,
+ {
+ "catalog_name",
+ "catalog_path",
+ "contract_schema",
+ "data_lifecycle_owner",
+ "database",
+ "external_discovery",
+ "hive_configuration",
+ "mor_sync_strategy",
+ "resolution_mode",
+ "sync_owner",
+ "table_external",
+ },
+ "catalog",
+ assessment,
+ )
+ if _has_sensitive_catalog_key(catalog):
+ assessment.add(
+ "FLINK_CATALOG_CREDENTIAL_REJECTED",
+ "Catalog contracts must reference credential-free deployment
configuration",
+ )
+ if catalog.get("contract_schema") != CATALOG_CONTRACT_SCHEMA_VERSION:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ f"catalog.contract_schema must be
{CATALOG_CONTRACT_SCHEMA_VERSION}",
+ )
+
+ resolution_mode = catalog.get("resolution_mode")
+ external_discovery = catalog.get("external_discovery")
+ sync_owner = catalog.get("sync_owner")
+ lifecycle_owner = catalog.get("data_lifecycle_owner")
+ resolution_modes = {
+ "direct_sql",
+ "hudi_dfs_catalog",
+ "hudi_hms_catalog",
+ }
+ discovery_modes = {"none", "hive_metastore", "aws_glue"}
+ sync_owners = {"none", "flink_sink", "hudi_hms_catalog"}
+ lifecycle_owners = {"application", "catalog"}
+ resolution_valid = isinstance(resolution_mode, str) and resolution_mode in
resolution_modes
+ discovery_valid = (
+ isinstance(external_discovery, str)
+ and external_discovery in discovery_modes
+ )
+ sync_owner_valid = isinstance(sync_owner, str) and sync_owner in
sync_owners
+ lifecycle_owner_valid = (
+ isinstance(lifecycle_owner, str) and lifecycle_owner in
lifecycle_owners
+ )
+ if not _non_empty_string(resolution_mode):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.resolution_mode must be explicit",
+ )
+ elif not resolution_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.resolution_mode is outside the Hudi 1.2.0 PR6 profiles",
+ )
+ if not _non_empty_string(external_discovery):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.external_discovery must be explicit",
+ )
+ elif not discovery_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.external_discovery is unsupported",
+ )
+ if not _non_empty_string(sync_owner):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.sync_owner must be explicit",
+ )
+ elif not sync_owner_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED", "catalog.sync_owner is
unsupported"
+ )
+ if not _non_empty_string(lifecycle_owner):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.data_lifecycle_owner must be explicit",
+ )
+ elif not lifecycle_owner_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.data_lifecycle_owner is unsupported",
+ )
+ if external_discovery == "aws_glue":
+ assessment.add(
+ "FLINK_GLUE_CATALOG_UNVERIFIED",
+ "AWS Glue is present in Hudi 1.2.0 but is not executable without a
"
+ "Flink-specific fixture",
+ )
+
+ profile = _catalog_profile_id(resolution_mode, external_discovery)
+ if profile is None:
+ if external_discovery == "aws_glue":
+ profile = "aws_glue_unverified"
+ elif resolution_valid and discovery_valid:
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ "The requested table-resolution and external-discovery
composition is unsupported",
+ )
+ profile = "unsupported"
+ else:
+ profile = "unresolved"
+
+ expected_external_gate = (
+ resolution_mode != "direct_sql" or external_discovery != "none"
+ )
+ if (
+ resolution_valid
+ and discovery_valid
+ and isinstance(external_catalog, bool)
+ and external_catalog != expected_external_gate
+ ):
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ "safety.external_catalog conflicts with the explicit catalog
composition",
+ )
+
+ expected_owners = {
+ "direct_sql_none": ("none", "application"),
+ "direct_sql_hive_metastore": ("flink_sink", "application"),
+ "hudi_dfs_catalog_none": ("none", "catalog"),
+ "hudi_dfs_catalog_hive_metastore": ("flink_sink", "catalog"),
+ "hudi_hms_catalog_hive_metastore": ("hudi_hms_catalog", "application"),
+ }
+ if profile in expected_owners:
+ expected_sync_owner, expected_lifecycle_owner =
expected_owners[profile]
+ if sync_owner_valid and sync_owner != expected_sync_owner:
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ f"{profile} requires sync_owner={expected_sync_owner}",
+ )
+ if not _non_empty_string(lifecycle_owner):
+ assessment.add(
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED",
+ f"{profile} requires an explicit data lifecycle owner",
+ )
+ elif lifecycle_owner_valid and lifecycle_owner !=
expected_lifecycle_owner:
+ code = (
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED"
+ if resolution_mode == "hudi_dfs_catalog"
+ else "FLINK_CATALOG_COMPOSITION_CONFLICT"
+ )
+ assessment.add(
+ code,
+ f"{profile} requires
data_lifecycle_owner={expected_lifecycle_owner}",
+ )
+
+ catalog_name = catalog.get("catalog_name")
+ database = catalog.get("database")
+ catalog_path = catalog.get("catalog_path")
+ if resolution_mode == "direct_sql":
+ if "catalog_name" in catalog or "catalog_path" in catalog or
"table_external" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Direct SQL forbids catalog_name, catalog_path, and
table_external",
+ )
+ else:
+ if not _check_concrete_value(catalog_name):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog resolution requires a concrete catalog_name",
+ )
+ elif re.fullmatch(r"[A-Za-z_][A-Za-z0-9_]*", catalog_name) is None:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.catalog_name must be a simple Flink SQL identifier",
+ )
+ if resolution_mode != "direct_sql" or external_discovery ==
"hive_metastore":
+ if not _check_concrete_value(database):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog or Hive metastore composition requires a concrete
database",
+ )
+ elif re.fullmatch(r"[A-Za-z_][A-Za-z0-9_]*", database) is None:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.database must be a simple Flink SQL identifier",
+ )
+ elif "database" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.database is not applicable to direct SQL without external
discovery",
+ )
+
+ raw_table = contract.get("table")
+ table: dict[str, Any] = raw_table if isinstance(raw_table, dict) else {}
+ table_name = table.get("name")
+ table_path = table.get("path")
+ if resolution_mode in {"hudi_dfs_catalog", "hudi_hms_catalog"} and (
+ not _non_empty_string(table_name) or "." in table_name
+ ):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog-managed table.name must be an unqualified identifier;
catalog and "
+ "database are separate fields",
+ )
+ if resolution_mode == "hudi_dfs_catalog":
+ if not _check_concrete_value(catalog_path):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "DFS catalog resolution requires a concrete catalog_path",
+ )
+ elif path_error := _path_validation_error(catalog_path):
+ assessment.add("FLINK_CATALOG_CREDENTIAL_REJECTED", path_error)
+ if all(
+ _check_concrete_value(value)
+ for value in (catalog_path, database, table_name)
+ ):
+ expected_path = f"{catalog_path}/{database}/{table_name}"
+ if table_path != expected_path:
+ assessment.add(
+ "FLINK_CATALOG_PATH_CONFLICT",
+ "The desired table path must exactly equal "
+ "${catalog.path}/${database}/${table.name}",
+ )
+ if "table_external" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.table_external applies only to hudi_hms_catalog",
+ )
+ elif "catalog_path" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.catalog_path applies only to hudi_dfs_catalog",
+ )
+
+ if resolution_mode == "hudi_hms_catalog":
+ if catalog.get("table_external") is not True:
+ assessment.add(
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED",
+ "The first HMS Catalog path requires table.external=true and "
+ "application-owned data",
+ )
Review Comment:
[P2] Validate HMS partition ordering before declaring SQL executable
The HMS profile also needs to check that partition fields appear in the same
order in the physical schema and `PARTITIONED BY`. For example, adding `region`
after `partition_date` in the mutable COW fixture and setting
`partition_fields=["region", "partition_date"]` currently returns
`CONFIG_VALIDATED` with executable SQL. Hudi 1.2.0's
`HoodieHiveCatalog.instantiateHiveTable` rejects this ordering during `CREATE
TABLE` with `The order of regular fields(...) and partition fields(...) needs
to be consistent` (confirmed against the released bundle). Please withhold
artifacts for this combination or render a schema order compatible with the
catalog, and add a multiple-partition-column fixture.
##########
hudi-ai-operator/skills/hudi-architect/validate_flink_design.py:
##########
@@ -382,11 +408,620 @@ def _sql_string(value: str) -> str:
return "'" + value.replace("'", "''") + "'"
+def _has_sensitive_catalog_key(value: Any) -> bool:
+ if isinstance(value, dict):
+ return any(
+ SENSITIVE_CATALOG_KEY.search(str(key)) is not None
+ or _has_sensitive_catalog_key(item)
+ for key, item in value.items()
+ )
+ if isinstance(value, list):
+ return any(_has_sensitive_catalog_key(item) for item in value)
+ return False
+
+
+def _metastore_uris_valid(value: Any) -> bool:
+ if not _check_concrete_value(value):
+ return False
+ for raw_uri in value.split(","):
+ uri = raw_uri.strip()
+ try:
+ parsed = urlsplit(uri)
+ except ValueError:
+ return False
+ if (
+ parsed.scheme.lower() != "thrift"
+ or not parsed.hostname
+ or parsed.username is not None
+ or parsed.password is not None
+ or parsed.query
+ or parsed.fragment
+ ):
+ return False
+ return True
+
+
+def _metastore_uris_have_credentials(value: Any) -> bool:
+ if not isinstance(value, str):
+ return False
+ for raw_uri in value.split(","):
+ try:
+ parsed = urlsplit(raw_uri.strip())
+ except ValueError:
+ continue
+ if parsed.username is not None or parsed.password is not None:
+ return True
+ parameters = [
+ *parse_qsl(parsed.query, keep_blank_values=True),
+ *parse_qsl(parsed.fragment, keep_blank_values=True),
+ ]
+ if any(_is_sensitive_query_key(key) for key, _ in parameters):
+ return True
+ return False
+
+
+def _catalog_profile_id(resolution_mode: Any, external_discovery: Any) -> str
| None:
+ if not isinstance(resolution_mode, str) or not
isinstance(external_discovery, str):
+ return None
+ profiles = {
+ ("direct_sql", "none"): "direct_sql_none",
+ ("direct_sql", "hive_metastore"): "direct_sql_hive_metastore",
+ ("hudi_dfs_catalog", "none"): "hudi_dfs_catalog_none",
+ ("hudi_dfs_catalog", "hive_metastore"):
+ "hudi_dfs_catalog_hive_metastore",
+ ("hudi_hms_catalog", "hive_metastore"):
+ "hudi_hms_catalog_hive_metastore",
+ }
+ return profiles.get((resolution_mode, external_discovery))
+
+
+def _mor_sync_strategy(contract: dict[str, Any]) -> str | None:
+ raw_read = contract.get("read")
+ read = raw_read if isinstance(raw_read, dict) else {}
+ raw_modes = read.get("query_modes")
+ modes = (
+ set(raw_modes)
+ if isinstance(raw_modes, list)
+ and all(isinstance(mode, str) for mode in raw_modes)
+ else set()
+ )
+ if modes == {"snapshot"}:
+ return "RT"
+ if modes == {"read_optimized"}:
+ return "RO"
+ if modes == {"snapshot", "read_optimized"}:
+ return "ALL"
+ return None
+
+
+def _registered_table_names(
+ table_name: Any, table_type: Any, strategy: str | None
+) -> list[str]:
+ if not _non_empty_string(table_name):
+ return []
+ base_name = table_name.split(".")[-1]
+ if table_type != "MERGE_ON_READ":
+ return [base_name]
+ if strategy == "RO":
+ return [base_name]
+ if strategy == "RT":
+ return [base_name]
+ if strategy == "ALL":
+ return [f"{base_name}_ro", f"{base_name}_rt", base_name]
+ return []
+
+
+def _assess_catalog(
+ contract: dict[str, Any],
+ manifest: dict[str, Any],
+ assessment: Assessment,
+ *,
+ external_catalog: Any,
+ expected_table_lifecycle: str,
+) -> dict[str, Any]:
+ """Validate the orthogonal PR6 catalog contract without selecting it."""
+
+ explicit = "catalog" in contract
+ raw_catalog = contract.get("catalog")
+ if not explicit:
+ if external_catalog is True:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_REQUIRED",
+ "safety.external_catalog=true requires an explicit catalog
contract",
+ )
+ legacy_profile = external_catalog is False
+ resolution = "direct_sql" if legacy_profile else "unresolved"
+ discovery = "none" if legacy_profile else "unresolved"
+ normalized_sync_owner = "none" if legacy_profile else "unresolved"
+ normalized_lifecycle_owner = "application" if legacy_profile else
"unresolved"
+ return {
+ "contract_schema": CATALOG_CONTRACT_SCHEMA_VERSION,
+ "profile": "direct_sql_none" if legacy_profile else "unresolved",
+ "resolution_mode": resolution,
+ "external_discovery": discovery,
+ "sync_owner": normalized_sync_owner,
+ "data_lifecycle_owner": normalized_lifecycle_owner,
+ "catalog_setup_sql": "",
+ "effective_configuration": {
+ "catalog_freshness": "not_applicable",
+ "data_lifecycle_owner": normalized_lifecycle_owner,
+ "external_discovery": discovery,
+ "resolution_mode": resolution,
+ "sync_owner": normalized_sync_owner,
+ },
+ "deployment_checks": [],
+ }
+
+ if isinstance(raw_catalog, dict):
+ catalog = raw_catalog
+ else:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID", "catalog must be an object"
+ )
+ catalog = {}
+ _check_catalog_keys(
+ catalog,
+ {
+ "catalog_name",
+ "catalog_path",
+ "contract_schema",
+ "data_lifecycle_owner",
+ "database",
+ "external_discovery",
+ "hive_configuration",
+ "mor_sync_strategy",
+ "resolution_mode",
+ "sync_owner",
+ "table_external",
+ },
+ "catalog",
+ assessment,
+ )
+ if _has_sensitive_catalog_key(catalog):
+ assessment.add(
+ "FLINK_CATALOG_CREDENTIAL_REJECTED",
+ "Catalog contracts must reference credential-free deployment
configuration",
+ )
+ if catalog.get("contract_schema") != CATALOG_CONTRACT_SCHEMA_VERSION:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ f"catalog.contract_schema must be
{CATALOG_CONTRACT_SCHEMA_VERSION}",
+ )
+
+ resolution_mode = catalog.get("resolution_mode")
+ external_discovery = catalog.get("external_discovery")
+ sync_owner = catalog.get("sync_owner")
+ lifecycle_owner = catalog.get("data_lifecycle_owner")
+ resolution_modes = {
+ "direct_sql",
+ "hudi_dfs_catalog",
+ "hudi_hms_catalog",
+ }
+ discovery_modes = {"none", "hive_metastore", "aws_glue"}
+ sync_owners = {"none", "flink_sink", "hudi_hms_catalog"}
+ lifecycle_owners = {"application", "catalog"}
+ resolution_valid = isinstance(resolution_mode, str) and resolution_mode in
resolution_modes
+ discovery_valid = (
+ isinstance(external_discovery, str)
+ and external_discovery in discovery_modes
+ )
+ sync_owner_valid = isinstance(sync_owner, str) and sync_owner in
sync_owners
+ lifecycle_owner_valid = (
+ isinstance(lifecycle_owner, str) and lifecycle_owner in
lifecycle_owners
+ )
+ if not _non_empty_string(resolution_mode):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.resolution_mode must be explicit",
+ )
+ elif not resolution_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.resolution_mode is outside the Hudi 1.2.0 PR6 profiles",
+ )
+ if not _non_empty_string(external_discovery):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.external_discovery must be explicit",
+ )
+ elif not discovery_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.external_discovery is unsupported",
+ )
+ if not _non_empty_string(sync_owner):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.sync_owner must be explicit",
+ )
+ elif not sync_owner_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED", "catalog.sync_owner is
unsupported"
+ )
+ if not _non_empty_string(lifecycle_owner):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.data_lifecycle_owner must be explicit",
+ )
+ elif not lifecycle_owner_valid:
+ assessment.add(
+ "FLINK_CATALOG_MODE_UNSUPPORTED",
+ "catalog.data_lifecycle_owner is unsupported",
+ )
+ if external_discovery == "aws_glue":
+ assessment.add(
+ "FLINK_GLUE_CATALOG_UNVERIFIED",
+ "AWS Glue is present in Hudi 1.2.0 but is not executable without a
"
+ "Flink-specific fixture",
+ )
+
+ profile = _catalog_profile_id(resolution_mode, external_discovery)
+ if profile is None:
+ if external_discovery == "aws_glue":
+ profile = "aws_glue_unverified"
+ elif resolution_valid and discovery_valid:
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ "The requested table-resolution and external-discovery
composition is unsupported",
+ )
+ profile = "unsupported"
+ else:
+ profile = "unresolved"
+
+ expected_external_gate = (
+ resolution_mode != "direct_sql" or external_discovery != "none"
+ )
+ if (
+ resolution_valid
+ and discovery_valid
+ and isinstance(external_catalog, bool)
+ and external_catalog != expected_external_gate
+ ):
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ "safety.external_catalog conflicts with the explicit catalog
composition",
+ )
+
+ expected_owners = {
+ "direct_sql_none": ("none", "application"),
+ "direct_sql_hive_metastore": ("flink_sink", "application"),
+ "hudi_dfs_catalog_none": ("none", "catalog"),
+ "hudi_dfs_catalog_hive_metastore": ("flink_sink", "catalog"),
+ "hudi_hms_catalog_hive_metastore": ("hudi_hms_catalog", "application"),
+ }
+ if profile in expected_owners:
+ expected_sync_owner, expected_lifecycle_owner =
expected_owners[profile]
+ if sync_owner_valid and sync_owner != expected_sync_owner:
+ assessment.add(
+ "FLINK_CATALOG_COMPOSITION_CONFLICT",
+ f"{profile} requires sync_owner={expected_sync_owner}",
+ )
+ if not _non_empty_string(lifecycle_owner):
+ assessment.add(
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED",
+ f"{profile} requires an explicit data lifecycle owner",
+ )
+ elif lifecycle_owner_valid and lifecycle_owner !=
expected_lifecycle_owner:
+ code = (
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED"
+ if resolution_mode == "hudi_dfs_catalog"
+ else "FLINK_CATALOG_COMPOSITION_CONFLICT"
+ )
+ assessment.add(
+ code,
+ f"{profile} requires
data_lifecycle_owner={expected_lifecycle_owner}",
+ )
+
+ catalog_name = catalog.get("catalog_name")
+ database = catalog.get("database")
+ catalog_path = catalog.get("catalog_path")
+ if resolution_mode == "direct_sql":
+ if "catalog_name" in catalog or "catalog_path" in catalog or
"table_external" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Direct SQL forbids catalog_name, catalog_path, and
table_external",
+ )
+ else:
+ if not _check_concrete_value(catalog_name):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog resolution requires a concrete catalog_name",
+ )
+ elif re.fullmatch(r"[A-Za-z_][A-Za-z0-9_]*", catalog_name) is None:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.catalog_name must be a simple Flink SQL identifier",
+ )
+ if resolution_mode != "direct_sql" or external_discovery ==
"hive_metastore":
+ if not _check_concrete_value(database):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog or Hive metastore composition requires a concrete
database",
+ )
+ elif re.fullmatch(r"[A-Za-z_][A-Za-z0-9_]*", database) is None:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.database must be a simple Flink SQL identifier",
+ )
+ elif "database" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.database is not applicable to direct SQL without external
discovery",
+ )
+
+ raw_table = contract.get("table")
+ table: dict[str, Any] = raw_table if isinstance(raw_table, dict) else {}
+ table_name = table.get("name")
+ table_path = table.get("path")
+ if resolution_mode in {"hudi_dfs_catalog", "hudi_hms_catalog"} and (
+ not _non_empty_string(table_name) or "." in table_name
+ ):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Catalog-managed table.name must be an unqualified identifier;
catalog and "
+ "database are separate fields",
+ )
+ if resolution_mode == "hudi_dfs_catalog":
+ if not _check_concrete_value(catalog_path):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "DFS catalog resolution requires a concrete catalog_path",
+ )
+ elif path_error := _path_validation_error(catalog_path):
+ assessment.add("FLINK_CATALOG_CREDENTIAL_REJECTED", path_error)
+ if all(
+ _check_concrete_value(value)
+ for value in (catalog_path, database, table_name)
+ ):
+ expected_path = f"{catalog_path}/{database}/{table_name}"
+ if table_path != expected_path:
+ assessment.add(
+ "FLINK_CATALOG_PATH_CONFLICT",
+ "The desired table path must exactly equal "
+ "${catalog.path}/${database}/${table.name}",
+ )
+ if "table_external" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.table_external applies only to hudi_hms_catalog",
+ )
+ elif "catalog_path" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.catalog_path applies only to hudi_dfs_catalog",
+ )
+
+ if resolution_mode == "hudi_hms_catalog":
+ if catalog.get("table_external") is not True:
+ assessment.add(
+ "FLINK_CATALOG_LIFECYCLE_UNRESOLVED",
+ "The first HMS Catalog path requires table.external=true and "
+ "application-owned data",
+ )
+ elif "table_external" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.table_external applies only to hudi_hms_catalog",
+ )
+
+ raw_hive = catalog.get("hive_configuration")
+ hive_configuration: dict[str, Any] = {}
+ if external_discovery == "hive_metastore":
+ if isinstance(raw_hive, dict):
+ hive_configuration = raw_hive
+ else:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.hive_configuration must be an object",
+ )
+ _check_catalog_keys(
+ hive_configuration,
+ {"location", "source"},
+ "catalog.hive_configuration",
+ assessment,
+ )
+ source = hive_configuration.get("source")
+ location = hive_configuration.get("location")
+ if resolution_mode == "hudi_hms_catalog":
+ if source == "hive_conf_dir":
+ if not _check_concrete_value(location) or not
Path(location).is_absolute():
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "hive_conf_dir requires an absolute credential-free
location",
+ )
+ elif _path_validation_error(location) is not None:
+ assessment.add(
+ "FLINK_CATALOG_CREDENTIAL_REJECTED",
+ "hive_conf_dir must not contain credentials or secret
parameters",
+ )
+ elif source == "classpath":
+ if "location" in hive_configuration:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Classpath Hive configuration must not include a
location",
+ )
+ else:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "HMS Catalog supports hive_conf_dir or classpath Hive
configuration",
+ )
+ else:
+ if _metastore_uris_have_credentials(location):
+ assessment.add(
+ "FLINK_CATALOG_CREDENTIAL_REJECTED",
+ "Hive metastore URIs must not contain credentials or
secret parameters",
+ )
+ if source != "metastore_uris" or not
_metastore_uris_valid(location):
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "Direct and DFS sink-owned Hive sync requires
credential-free thrift "
+ "metastore_uris",
+ )
+ elif "hive_configuration" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.hive_configuration is forbidden when
external_discovery=none",
+ )
+
+ mutable_mor = contract.get("contract_schema") ==
MUTABLE_MOR_CONTRACT_SCHEMA_VERSION
+ strategy = catalog.get("mor_sync_strategy")
+ expected_strategy = _mor_sync_strategy(contract) if mutable_mor else None
+ if mutable_mor and external_discovery == "hive_metastore":
+ if strategy != expected_strategy:
+ assessment.add(
+ "FLINK_MOR_CATALOG_NAMING_UNVERIFIED",
+ "MOR sync strategy must be derived from the declared query
modes",
+ )
+ elif "mor_sync_strategy" in catalog:
+ assessment.add(
+ "FLINK_CATALOG_CONTRACT_INVALID",
+ "catalog.mor_sync_strategy applies only to mutable MOR with Hive
discovery",
+ )
+
+ raw_write = contract.get("write")
+ write = raw_write if isinstance(raw_write, dict) else {}
+ raw_options = write.get("connector_options")
+ connector_options = raw_options if isinstance(raw_options, dict) else {}
+ if _has_sensitive_catalog_key(connector_options):
+ assessment.add(
+ "FLINK_CATALOG_CREDENTIAL_REJECTED",
+ "Connector options must not contain catalog credentials",
+ )
+ if (
+ connector_options.get("hive_sync.skip_ro_suffix") is True
+ or connector_options.get("hive_sync.skip_ro_suffix") in ("true",
"TRUE")
+ or
connector_options.get("hoodie.meta.sync.sync_snapshot_with_table_name")
+ is False
+ or
connector_options.get("hoodie.meta.sync.sync_snapshot_with_table_name")
+ in ("false", "FALSE")
+ or (
+ "hive_sync.table.strategy" in connector_options
+ and connector_options.get("hive_sync.table.strategy") !=
expected_strategy
+ )
+ ):
+ assessment.add(
+ "FLINK_MOR_CATALOG_NAMING_UNVERIFIED",
+ "Custom MOR catalog naming is outside the fixed PR6 naming
contract",
+ )
+
+ if expected_table_lifecycle == "existing" and profile != "direct_sql_none":
+ assessment.add(
+ "FLINK_EXISTING_CATALOG_MUTATION_UNVERIFIED",
+ "Existing-table registration, alteration, and catalog takeover
remain assessment-only",
+ )
+
+ catalog_sql = ""
+ if resolution_mode in {"hudi_dfs_catalog", "hudi_hms_catalog"}:
+ options: list[tuple[str, Any]] = [("type", "hudi")]
+ if resolution_mode == "hudi_dfs_catalog":
+ options.extend([("mode", "dfs"), ("catalog.path", catalog_path)])
+ else:
+ options.extend([("mode", "hms"), ("table.external", "true")])
+ if hive_configuration.get("source") == "hive_conf_dir":
+ options.append(("hive.conf.dir",
hive_configuration.get("location")))
+ options.append(("default-database", database))
+ if all(_check_concrete_value(item) for item in (catalog_name,
database)) and all(
+ _check_concrete_value(value) for _, value in options
+ ):
+ option_sql = ",\n".join(
+ f" {_sql_string(key)} = {_sql_string(str(value))}"
+ for key, value in options
+ )
+ catalog_sql = (
+ f"CREATE CATALOG {_quote_identifier(str(catalog_name))} WITH "
+ f"(\n{option_sql}\n);\n"
+ f"USE CATALOG {_quote_identifier(str(catalog_name))};\n"
+ f"CREATE DATABASE IF NOT EXISTS
{_quote_identifier(str(database))};\n"
+ f"USE {_quote_identifier(str(database))};"
Review Comment:
[P1] Preserve the source identifier across the catalog switch
`source.table` still accepts an unqualified name (including
`orders_mutable_source` in the new profile fixtures), but these `USE`
statements change its resolution before the generated `INSERT ... SELECT`. A
source already registered in `default_catalog.default_database` is now looked
up in the newly created Hudi catalog/database. I reproduced `Object
'orders_source' not found` with the released Flink 1.20.1 fixture by
registering the source before catalog setup; the same plan succeeds with a
three-part source name. The current Java fixture hides this by creating the
source after `USE`. Please require a fully qualified source for these profiles,
or preserve the original source context while qualifying the sink, and cover a
pre-registered source.
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