[conformance] Add examples that require bidi inference of list literals after specialization inference

conformance/results/mypy/constructors_callable.toml

@@ -15,6 +15,10 @@ Line 107: Unexpected errors ['constructors_callable.py:107: error: Expression is
 Line 118: Unexpected errors ['constructors_callable.py:118: error: Incompatible return type for "__new__" (returns "Class6Proxy", but must return a subtype of "Class6")  [misc]']
 Line 128: Unexpected errors ['constructors_callable.py:128: error: Expression is of type "Class6", not "Class6Proxy"  [assert-type]', 'constructors_callable.py:128: error: Too few arguments  [call-arg]']
 Line 145: Unexpected errors ['constructors_callable.py:145: error: Expression is of type "Class6Any", not "Any"  [assert-type]', 'constructors_callable.py:145: error: Too few arguments  [call-arg]']
+Line 187: Unexpected errors ['constructors_callable.py:187: error: Expression is of type "Class8[Any]", not "Class8[int | str]"  [assert-type]', 'constructors_callable.py:187: error: Cannot infer function type argument  [misc]']
+Line 199: Unexpected errors ['constructors_callable.py:199: error: Cannot infer function type argument  [misc]']
+Line 215: Unexpected errors ['constructors_callable.py:215: error: Expression is of type "Class10[Any]", not "Class10[int]"  [assert-type]', 'constructors_callable.py:215: error: Cannot infer function type argument  [misc]']
+Line 229: Unexpected errors ['constructors_callable.py:229: error: Cannot infer function type argument  [misc]']
 """
 output = """
 constructors_callable.py:36: note: Revealed type is "def (x: int) -> constructors_callable.Class1"
@@ -43,7 +47,19 @@ constructors_callable.py:145: error: Expression is of type "Class6Any", not "Any
 constructors_callable.py:145: error: Too few arguments  [call-arg]
 constructors_callable.py:164: note: Revealed type is "Overload(def (x: int) -> constructors_callable.Class7[int], def (x: str) -> constructors_callable.Class7[str])"
 constructors_callable.py:184: note: Revealed type is "def [T] (x: list[T], y: list[T]) -> constructors_callable.Class8[T]"
-constructors_callable.py:186: error: Cannot infer function type argument  [misc]
-constructors_callable.py:195: note: Revealed type is "def [T] (x: list[T], y: list[T]) -> constructors_callable.Class9"
-constructors_callable.py:197: error: Cannot infer function type argument  [misc]
+constructors_callable.py:185: error: Argument 2 has incompatible type "str"; expected "list[str]"  [arg-type]
+constructors_callable.py:187: error: Expression is of type "Class8[Any]", not "Class8[int | str]"  [assert-type]
+constructors_callable.py:187: error: Cannot infer function type argument  [misc]
+constructors_callable.py:196: note: Revealed type is "def [T] (x: list[T], y: list[T]) -> constructors_callable.Class9"
+constructors_callable.py:197: error: Argument 2 has incompatible type "str"; expected "list[str]"  [arg-type]
+constructors_callable.py:199: error: Cannot infer function type argument  [misc]
+constructors_callable.py:210: note: Revealed type is "def [T_int <: int] (x: list[T_int], y: list[T_int]) -> constructors_callable.Class10[T_int]"
+constructors_callable.py:211: error: Argument 2 has incompatible type "str"; expected "list[int]"  [arg-type]
+constructors_callable.py:212: error: Cannot infer function type argument  [misc]
+constructors_callable.py:215: error: Expression is of type "Class10[Any]", not "Class10[int]"  [assert-type]
+constructors_callable.py:215: error: Cannot infer function type argument  [misc]
+constructors_callable.py:224: note: Revealed type is "def [T_int <: int] (x: list[T_int], y: list[T_int]) -> constructors_callable.Class11"
+constructors_callable.py:225: error: Argument 2 has incompatible type "str"; expected "list[int]"  [arg-type]
+constructors_callable.py:226: error: Cannot infer function type argument  [misc]
+constructors_callable.py:229: error: Cannot infer function type argument  [misc]
 """

conformance/results/pycroscope/constructors_callable.toml

@@ -1,5 +1,11 @@
-conformance_automated = "Pass"
+conformant = "Partial"
+notes = """
+List literal arguments are inferred in isolation before specialization inference
+"""
+conformance_automated = "Fail"
 errors_diff = """
+Line 187: Unexpected errors ['./constructors_callable.py:187:12:   ./constructors_callable.py.Class8[Any[error]] is not equivalent to ./constructors_callable.py.Class8[int | str]', './constructors_callable.py:187:12: Cannot resolve type variables [incompatible_call]']
+Line 199: Unexpected errors ['./constructors_callable.py:199:12: Cannot resolve type variables [incompatible_call]']
 """
 output = """
 ./constructors_callable.py:36:12: Revealed type is '(x: int) -> ./constructors_callable.py.Class1' [reveal_type]
@@ -21,7 +27,16 @@ output = """
 ./constructors_callable.py:146:0: Takes 0 positional arguments but 1 were given [incompatible_call]
 ./constructors_callable.py:164:4: Revealed type is '(x: ~_Ctor_Class7_T) -> ./constructors_callable.py.Class7[~_Ctor_Class7_T]' [reveal_type]
 ./constructors_callable.py:184:12: Revealed type is '(x: list[~T@./constructors_callable.py.Class8], y: list[~T@./constructors_callable.py.Class8]) -> ./constructors_callable.py.Class8[~T@./constructors_callable.py.Class8]' [reveal_type]
-./constructors_callable.py:186:0: Cannot resolve type variables [incompatible_call]
-./constructors_callable.py:195:12: Revealed type is '(x: list[~T@./constructors_callable.py.Class9.__init__.<locals>.__init__], y: list[~T@./constructors_callable.py.Class9.__init__.<locals>.__init__]) -> ./constructors_callable.py.Class9' [reveal_type]
-./constructors_callable.py:197:0: Cannot resolve type variables [incompatible_call]
+./constructors_callable.py:185:9: Incompatible argument type for y: expected list[~T@./constructors_callable.py.Class8] but got Literal['not a list'] [incompatible_argument]
+./constructors_callable.py:187:12:   ./constructors_callable.py.Class8[Any[error]] is not equivalent to ./constructors_callable.py.Class8[int | str]
+./constructors_callable.py:187:12: Cannot resolve type variables [incompatible_call]
+./constructors_callable.py:196:12: Revealed type is '(x: list[~T@./constructors_callable.py.Class9.__init__.<locals>.__init__], y: list[~T@./constructors_callable.py.Class9.__init__.<locals>.__init__]) -> ./constructors_callable.py.Class9' [reveal_type]
+./constructors_callable.py:197:9: Incompatible argument type for y: expected list[~T@./constructors_callable.py.Class9.__init__.<locals>.__init__] but got Literal['not a list'] [incompatible_argument]
+./constructors_callable.py:199:12: Cannot resolve type variables [incompatible_call]
+./constructors_callable.py:210:12: Revealed type is '(x: list[~T_int@./constructors_callable.py.Class10], y: list[~T_int@./constructors_callable.py.Class10]) -> ./constructors_callable.py.Class10[~T_int@./constructors_callable.py.Class10]' [reveal_type]
+./constructors_callable.py:211:9: Incompatible argument type for y: expected list[~T_int@./constructors_callable.py.Class10] but got Literal['not a list'] [incompatible_argument]
+./constructors_callable.py:212:9: Incompatible argument type for y: expected list[~T_int@./constructors_callable.py.Class10] but got Literal[['']] [incompatible_argument]
+./constructors_callable.py:224:12: Revealed type is '(x: list[~T_int@./constructors_callable.py.Class11.__init__.<locals>.__init__], y: list[~T_int@./constructors_callable.py.Class11.__init__.<locals>.__init__]) -> ./constructors_callable.py.Class11' [reveal_type]
+./constructors_callable.py:225:9: Incompatible argument type for y: expected list[~T_int@./constructors_callable.py.Class11.__init__.<locals>.__init__] but got Literal['not a list'] [incompatible_argument]
+./constructors_callable.py:226:9: Incompatible argument type for y: expected list[~T_int@./constructors_callable.py.Class11.__init__.<locals>.__init__] but got Literal[['']] [incompatible_argument]
 """

conformance/results/pyrefly/constructors_callable.toml

@@ -4,8 +4,13 @@ Converting constructor to callable does not preserve class-scoped type params.
 """
 conformance_automated = "Fail"
 errors_diff = """
-Line 186: Expected 1 errors
-Line 185: Unexpected errors ['assert_type(Class8[Unknown], Class8[str]) failed [assert-type]']
+Line 212: Expected 1 errors
+Line 186: Unexpected errors ['assert_type(Class8[Unknown], Class8[str]) failed [assert-type]']
+Line 187: Unexpected errors ['assert_type(Class8[Unknown], Class8[int | str]) failed [assert-type]']
+Line 199: Unexpected errors ['Argument `list[str]` is not assignable to parameter `y` with type `list[int]` [bad-argument-type]']
+Line 213: Unexpected errors ['assert_type(Class10[Unknown], Class10[int]) failed [assert-type]']
+Line 214: Unexpected errors ['assert_type(Class10[Unknown], Class10[bool]) failed [assert-type]']
+Line 215: Unexpected errors ['assert_type(Class10[Unknown], Class10[int]) failed [assert-type]']
 """
 output = """
 ERROR constructors_callable.py:38:3-5: Missing argument `x` [missing-argument]
@@ -21,6 +26,16 @@ ERROR constructors_callable.py:82:3-8: Missing argument `x` [missing-argument]
 ERROR constructors_callable.py:82:4-5: Unexpected keyword argument `y` [unexpected-keyword]
 ERROR constructors_callable.py:129:4-5: Expected 0 positional arguments, got 1 [bad-argument-count]
 ERROR constructors_callable.py:146:8-9: Expected 0 positional arguments, got 1 [bad-argument-count]
-ERROR constructors_callable.py:185:12-41: assert_type(Class8[Unknown], Class8[str]) failed [assert-type]
-ERROR constructors_callable.py:197:9-13: Argument `list[str]` is not assignable to parameter `y` with type `list[int]` [bad-argument-type]
+ERROR constructors_callable.py:185:10-22: Argument `Literal['not a list']` is not assignable to parameter `y` with type `list[Unknown]` [bad-argument-type]
+ERROR constructors_callable.py:186:12-41: assert_type(Class8[Unknown], Class8[str]) failed [assert-type]
+ERROR constructors_callable.py:187:12-46: assert_type(Class8[Unknown], Class8[int | str]) failed [assert-type]
+ERROR constructors_callable.py:197:10-22: Argument `Literal['not a list']` is not assignable to parameter `y` with type `list[str]` [bad-argument-type]
+ERROR constructors_callable.py:199:21-25: Argument `list[str]` is not assignable to parameter `y` with type `list[int]` [bad-argument-type]
+ERROR constructors_callable.py:211:10-22: Argument `Literal['not a list']` is not assignable to parameter `y` with type `list[Unknown]` [bad-argument-type]
+ERROR constructors_callable.py:213:12-41: assert_type(Class10[Unknown], Class10[int]) failed [assert-type]
+ERROR constructors_callable.py:214:12-48: assert_type(Class10[Unknown], Class10[bool]) failed [assert-type]
+ERROR constructors_callable.py:215:12-44: assert_type(Class10[Unknown], Class10[int]) failed [assert-type]
+ERROR constructors_callable.py:225:10-22: Argument `Literal['not a list']` is not assignable to parameter `y` with type `list[int]` [bad-argument-type]
+ERROR constructors_callable.py:226:4-15: `str` is not assignable to upper bound `int` of type variable `T_int` [bad-specialization]
+ERROR constructors_callable.py:226:10-14: Argument `list[str]` is not assignable to parameter `y` with type `list[int]` [bad-argument-type]
 """

conformance/results/pyright/constructors_callable.toml

@@ -1,6 +1,11 @@
-conformant = "Pass"
-conformance_automated = "Pass"
+conformant = "Partial"
+notes = """
+List literal arguments are inferred in isolation before specialization inference
+"""
+conformance_automated = "Fail"
 errors_diff = """
+Line 187: Unexpected errors ['constructors_callable.py:187:13 - error: "assert_type" mismatch: expected "Class8[int | str]" but received "Class8[int]" (reportAssertTypeFailure)', 'constructors_callable.py:187:22 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T@Class8]"']
+Line 199: Unexpected errors ['constructors_callable.py:199:22 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T@__init__]"']
 """
 output = """
 constructors_callable.py:36:13 - information: Type of "r1" is "(x: int) -> Class1"
@@ -25,9 +30,24 @@ constructors_callable.py:144:13 - information: Type of "r6_any" is "() -> Any"
 constructors_callable.py:146:8 - error: Expected 0 positional arguments (reportCallIssue)
 constructors_callable.py:164:5 - information: Type of "r7" is "Overload[(x: int) -> Class7[int], (x: str) -> Class7[str]]"
 constructors_callable.py:184:13 - information: Type of "r8" is "(x: list[T@Class8], y: list[T@Class8]) -> Class8[T@Class8]"
-constructors_callable.py:186:10 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T@Class8]"
+constructors_callable.py:185:10 - error: Argument of type "Literal['not a list']" cannot be assigned to parameter "y" of type "list[T@Class8]"
+  "Literal['not a list']" is not assignable to "list[str]" (reportArgumentType)
+constructors_callable.py:187:13 - error: "assert_type" mismatch: expected "Class8[int | str]" but received "Class8[int]" (reportAssertTypeFailure)
+constructors_callable.py:187:22 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T@Class8]"
+  "Literal['']" is not assignable to "int" (reportArgumentType)
+constructors_callable.py:196:13 - information: Type of "r9" is "(x: list[T@__init__], y: list[T@__init__]) -> Class9"
+constructors_callable.py:197:10 - error: Argument of type "Literal['not a list']" cannot be assigned to parameter "y" of type "list[T@__init__]"
+  "Literal['not a list']" is not assignable to "list[str]" (reportArgumentType)
+constructors_callable.py:199:22 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T@__init__]"
+  "Literal['']" is not assignable to "int" (reportArgumentType)
+constructors_callable.py:210:13 - information: Type of "r10" is "(x: list[T_int@Class10], y: list[T_int@Class10]) -> Class10[T_int@Class10]"
+constructors_callable.py:211:10 - error: Argument of type "Literal['not a list']" cannot be assigned to parameter "y" of type "list[T_int@Class10]"
+  "Literal['not a list']" is not assignable to "list[int]" (reportArgumentType)
+constructors_callable.py:212:11 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T_int@Class10]"
   "Literal['']" is not assignable to "int" (reportArgumentType)
-constructors_callable.py:195:13 - information: Type of "r9" is "(x: list[T@__init__], y: list[T@__init__]) -> Class9"
-constructors_callable.py:197:10 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T@__init__]"
+constructors_callable.py:224:13 - information: Type of "r11" is "(x: list[T_int@__init__], y: list[T_int@__init__]) -> Class11"
+constructors_callable.py:225:10 - error: Argument of type "Literal['not a list']" cannot be assigned to parameter "y" of type "list[T_int@__init__]"
+  "Literal['not a list']" is not assignable to "list[int]" (reportArgumentType)
+constructors_callable.py:226:11 - error: Argument of type "list[str]" cannot be assigned to parameter "y" of type "list[T_int@__init__]"
   "Literal['']" is not assignable to "int" (reportArgumentType)
 """

conformance/results/results.html

@@ -828,11 +828,11 @@ <h3>Python Type System Conformance Test Results</h3>
 </tr>
 <tr><th class="column col1">&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;constructors_callable</th>
 <th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>Does not generate a union type for __new__ and __init__ when converting class to callable.</p><p>Does not ignore __init__ based on __new__ return type when converting class to callable.</p><p>Does not support __new__ return type that is different from class being constructed.</p></span></div></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>List literal arguments are inferred in isolation before specialization inference</p></span></div></th>
+<th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>List literal arguments are inferred in isolation before specialization inference</p></span></div></th>
 <th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>Converting constructor to callable does not preserve class-scoped type params.</p></span></div></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>Does not include `__init__` when `__new__` returns `Self`.</p><p>Does not respect `NoReturn` return type on metaclass `__call__`.</p><p>Does not ignore `__init__` when `__new__` returns `Any`.</p><p>Unions overload return types.</p></span></div></th>
+<th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>List literal arguments are inferred in isolation before specialization inference</p></span></div></th>
+<th class="column col2 partially-conformant"><div class="hover-text">Partial<span class="tooltip-text" id="bottom"><p>Does not include `__init__` when `__new__` returns `Self`.</p><p>Does not respect `NoReturn` return type on metaclass `__call__`.</p><p>Does not ignore `__init__` when `__new__` returns `Any`.</p><p>Unions overload return types.</p><p>List literal arguments are inferred in isolation before specialization inference</p></span></div></th>
 </tr>
 <tr><th class="column col1">&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;constructors_consistency</th>
 <th class="column col2 conformant"><div class="hover-text">Pass*<span class="tooltip-text" id="bottom"><p>Does not report inconsistency between __new__ and __init__ (optional).</p></span></div></th>