Avoid asserting debatable super() behavior in an unrelated test (#2253)

Author: carljm

conformance/results/mypy/constructors_call_metaclass.toml

@@ -7,14 +7,12 @@ conformance_automated = "Fail"
 errors_diff = """
 Line 26: Unexpected errors ['constructors_call_metaclass.py:26: error: Expression is of type "Class1", not "Never"  [assert-type]', 'constructors_call_metaclass.py:26: error: Missing positional argument "x" in call to "Class1"  [call-arg]']
 Line 39: Unexpected errors ['constructors_call_metaclass.py:39: error: Expression is of type "Class2", not "int | Meta2"  [assert-type]', 'constructors_call_metaclass.py:39: error: Missing positional argument "x" in call to "Class2"  [call-arg]']
-Line 46: Unexpected errors ['constructors_call_metaclass.py:46: error: Argument 2 for "super" not an instance of argument 1  [misc]']
 """
 output = """
 constructors_call_metaclass.py:26: error: Expression is of type "Class1", not "Never"  [assert-type]
 constructors_call_metaclass.py:26: error: Missing positional argument "x" in call to "Class1"  [call-arg]
 constructors_call_metaclass.py:39: error: Expression is of type "Class2", not "int | Meta2"  [assert-type]
 constructors_call_metaclass.py:39: error: Missing positional argument "x" in call to "Class2"  [call-arg]
-constructors_call_metaclass.py:46: error: Argument 2 for "super" not an instance of argument 1  [misc]
 constructors_call_metaclass.py:54: error: Missing positional argument "x" in call to "Class3"  [call-arg]
 constructors_call_metaclass.py:68: error: Missing positional argument "x" in call to "Class4"  [call-arg]
 """

conformance/results/results.html

@@ -732,7 +732,7 @@ <h3>Python Type System Conformance Test Results</h3>
 <th class="column col2 conformant">Pass</th>
 <th class="column col2 conformant">Pass</th>
 <th class="column col2 conformant">Pass</th>
-<th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>Emits a diagnostic if `super().__call__()` is called in an overridden `__call__` method on a subclass of `type` and the first argument of the overridden `__call__` method is annotated with `type[T]` where `T` is a type variable with no upper bound.</p></span></div></th>
+<th class="column col2 conformant">Pass</th>
 </tr>
 <tr><th class="column col1">&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;constructors_call_new</th>
 <th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>Does not support __new__ return type that is not a subclass of the class being constructed.</p><p>Does not skip evaluation of __init__ based on __new__ return type.</p><p>Does not report errors during binding to cls parameter of __new__ method.</p></span></div></th>

conformance/results/ty/constructors_call_metaclass.toml

@@ -1,13 +1,10 @@
-conformance_automated = "Fail"
-conformant = "Partial"
+conformance_automated = "Pass"
+conformant = "Pass"
 notes = """
-Emits a diagnostic if `super().__call__()` is called in an overridden `__call__` method on a subclass of `type` and the first argument of the overridden `__call__` method is annotated with `type[T]` where `T` is a type variable with no upper bound.
 """
 errors_diff = """
-Line 46: Unexpected errors ["constructors_call_metaclass.py:46:16: error[invalid-super-argument] `type[T@__call__]` is not an instance or subclass of `<class 'Meta3'>` in `super(<class 'Meta3'>, type[T@__call__])` call"]
 """
 output = """
-constructors_call_metaclass.py:46:16: error[invalid-super-argument] `type[T@__call__]` is not an instance or subclass of `<class 'Meta3'>` in `super(<class 'Meta3'>, type[T@__call__])` call
 constructors_call_metaclass.py:54:1: error[missing-argument] No argument provided for required parameter `x` of function `__new__`
 constructors_call_metaclass.py:68:1: error[missing-argument] No argument provided for required parameter `x` of function `__new__`
 """

conformance/tests/constructors_call_metaclass.py

@@ -43,7 +43,7 @@ def __new__(cls, x: int) -> Self:
 
 class Meta3(type):
     def __call__(cls: type[T], *args, **kwargs) -> T:
-        return super().__call__(*args, **kwargs)
+        return type.__call__(cls, *args, **kwargs)
 
 
 class Class3(metaclass=Meta3):
@@ -57,7 +57,7 @@ def __new__(cls, x: int) -> Self:
 
 class Meta4(type):
     def __call__(cls, *args, **kwargs):
-        return super().__call__(*args, **kwargs)
+        return type.__call__(cls, *args, **kwargs)
 
 
 class Class4(metaclass=Meta4):