itholic commented on code in PR #48364:
URL: https://github.com/apache/spark/pull/48364#discussion_r1798734222
##########
python/pyspark/sql/tests/test_connect_compatibility.py:
##########
@@ -23,155 +23,165 @@
from pyspark.sql.classic.dataframe import DataFrame as ClassicDataFrame
from pyspark.sql.classic.column import Column as ClassicColumn
from pyspark.sql.session import SparkSession as ClassicSparkSession
+from pyspark.sql.catalog import Catalog as ClassicCatalog
if should_test_connect:
from pyspark.sql.connect.dataframe import DataFrame as ConnectDataFrame
from pyspark.sql.connect.column import Column as ConnectColumn
from pyspark.sql.connect.session import SparkSession as ConnectSparkSession
+ from pyspark.sql.connect.catalog import Catalog as ConnectCatalog
class ConnectCompatibilityTestsMixin:
- def get_public_methods(self, cls):
+ def _get_public_methods(self, cls):
"""Get public methods of a class."""
return {
name: method
for name, method in inspect.getmembers(cls,
predicate=inspect.isfunction)
if not name.startswith("_")
}
- def get_public_properties(self, cls):
+ def _get_public_properties(self, cls):
"""Get public properties of a class."""
return {
name: member
for name, member in inspect.getmembers(cls)
if isinstance(member, property) and not name.startswith("_")
}
- def test_signature_comparison_between_classic_and_connect(self):
- def compare_method_signatures(classic_cls, connect_cls, cls_name):
- """Compare method signatures between classic and connect
classes."""
- classic_methods = self.get_public_methods(classic_cls)
- connect_methods = self.get_public_methods(connect_cls)
-
- common_methods = set(classic_methods.keys()) &
set(connect_methods.keys())
-
- for method in common_methods:
- classic_signature = inspect.signature(classic_methods[method])
- connect_signature = inspect.signature(connect_methods[method])
-
- # createDataFrame cannot be the same since RDD is not
supported from Spark Connect
- if not method == "createDataFrame":
- self.assertEqual(
- classic_signature,
- connect_signature,
- f"Signature mismatch in {cls_name} method '{method}'\n"
- f"Classic: {classic_signature}\n"
- f"Connect: {connect_signature}",
- )
-
- # DataFrame API signature comparison
- compare_method_signatures(ClassicDataFrame, ConnectDataFrame,
"DataFrame")
-
- # Column API signature comparison
- compare_method_signatures(ClassicColumn, ConnectColumn, "Column")
-
- # SparkSession API signature comparison
- compare_method_signatures(ClassicSparkSession, ConnectSparkSession,
"SparkSession")
-
- def test_property_comparison_between_classic_and_connect(self):
- def compare_property_lists(classic_cls, connect_cls, cls_name,
expected_missing_properties):
- """Compare properties between classic and connect classes."""
- classic_properties = self.get_public_properties(classic_cls)
- connect_properties = self.get_public_properties(connect_cls)
-
- # Identify missing properties
- classic_only_properties = set(classic_properties.keys()) - set(
- connect_properties.keys()
- )
-
- # Compare the actual missing properties with the expected ones
- self.assertEqual(
- classic_only_properties,
- expected_missing_properties,
- f"{cls_name}: Unexpected missing properties in Connect:
{classic_only_properties}",
- )
-
- # Expected missing properties for DataFrame
- expected_missing_properties_for_dataframe = {"sql_ctx", "isStreaming"}
-
- # DataFrame properties comparison
- compare_property_lists(
- ClassicDataFrame,
- ConnectDataFrame,
- "DataFrame",
- expected_missing_properties_for_dataframe,
+ def _compare_method_signatures(self, classic_cls, connect_cls, cls_name):
+ """Compare method signatures between classic and connect classes."""
+ classic_methods = self._get_public_methods(classic_cls)
+ connect_methods = self._get_public_methods(connect_cls)
+
+ common_methods = set(classic_methods.keys()) &
set(connect_methods.keys())
+
+ for method in common_methods:
+ classic_signature = inspect.signature(classic_methods[method])
+ connect_signature = inspect.signature(connect_methods[method])
+
+ if not method == "createDataFrame":
+ self.assertEqual(
+ classic_signature,
+ connect_signature,
+ f"Signature mismatch in {cls_name} method '{method}'\n"
+ f"Classic: {classic_signature}\n"
+ f"Connect: {connect_signature}",
+ )
+
+ def _compare_property_lists(
+ self, classic_cls, connect_cls, cls_name, expected_missing_properties
+ ):
+ """Compare properties between classic and connect classes."""
+ classic_properties = self._get_public_properties(classic_cls)
+ connect_properties = self._get_public_properties(connect_cls)
+
+ # Identify missing properties
+ classic_only_properties = set(classic_properties.keys()) -
set(connect_properties.keys())
+
+ # Compare the actual missing properties with the expected ones
+ self.assertEqual(
+ classic_only_properties,
+ expected_missing_properties,
+ f"{cls_name}: Unexpected missing properties in Connect:
{classic_only_properties}",
)
- # Expected missing properties for Column (if any, replace with actual
values)
- expected_missing_properties_for_column = set()
-
- # Column properties comparison
- compare_property_lists(
- ClassicColumn, ConnectColumn, "Column",
expected_missing_properties_for_column
- )
+ def _check_missing_methods(self, classic_cls, connect_cls, cls_name,
expected_missing_methods):
+ """Check for expected missing methods between classic and connect
classes."""
+ classic_methods = self._get_public_methods(classic_cls)
+ connect_methods = self._get_public_methods(connect_cls)
- # Expected missing properties for SparkSession
- expected_missing_properties_for_spark_session = {"sparkContext",
"version"}
+ # Identify missing methods
+ classic_only_methods = set(classic_methods.keys()) -
set(connect_methods.keys())
- # SparkSession properties comparison
- compare_property_lists(
- ClassicSparkSession,
- ConnectSparkSession,
- "SparkSession",
- expected_missing_properties_for_spark_session,
+ # Compare the actual missing methods with the expected ones
+ self.assertEqual(
+ classic_only_methods,
+ expected_missing_methods,
+ f"{cls_name}: Unexpected missing methods in Connect:
{classic_only_methods}",
)
- def test_missing_methods(self):
- def check_missing_methods(classic_cls, connect_cls, cls_name,
expected_missing_methods):
- """Check for expected missing methods between classic and connect
classes."""
- classic_methods = self.get_public_methods(classic_cls)
- connect_methods = self.get_public_methods(connect_cls)
-
- # Identify missing methods
- classic_only_methods = set(classic_methods.keys()) -
set(connect_methods.keys())
-
- # Compare the actual missing methods with the expected ones
- self.assertEqual(
- classic_only_methods,
- expected_missing_methods,
- f"{cls_name}: Unexpected missing methods in Connect:
{classic_only_methods}",
- )
-
- # Expected missing methods for DataFrame
- expected_missing_methods_for_dataframe = {
- "inputFiles",
- "isLocal",
- "semanticHash",
- "isEmpty",
- }
-
- # DataFrame missing method check
- check_missing_methods(
- ClassicDataFrame, ConnectDataFrame, "DataFrame",
expected_missing_methods_for_dataframe
+ def check_compatibility(
+ self,
+ classic_cls,
+ connect_cls,
+ cls_name,
+ expected_missing_properties,
+ expected_missing_methods,
+ ):
+ """
+ Main method for checking compatibility between classic and connect.
+
+ This method performs the following checks:
+ - API signature comparison between classic and connect classes.
+ - Property comparison, identifying any missing properties in the
connect class.
Review Comment:
Just updated the test to check revert compatibility as well. Thanks!
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