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Update PythonDocumentationProvider.describeFunction
This commit is contained in:
Semyon Proshev
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br><br>Doc of foo.</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br>Doc of foo.</code></body></html>
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<html><body><code>def <b>len</b>(o: Sized)<br>Inferred type: (o: Sized) -> <a href="psi_element://#typename#int">int</a><br><br><br>len(object) -> integer<br><br>Return the number of items of a sequence or collection.<br></code></body></html>
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<html><body><code>def <b>len</b>(o: Sized)<br>Inferred type: (o: Sized) -> <a href="psi_element://#typename#int">int</a><br><br>len(object) -> integer<br><br>Return the number of items of a sequence or collection.<br></code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br><br>Doc of foo.</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br>Doc of foo.</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">Foo</a>(<a href="psi_element://#typename#object">object</a>)</small><br><br>def <b>__init__</b>(self)</code><br><br><i>Documentation is missing.</i> The following is copied from class <code><a href="psi_element://#class#">Foo</a></code>.<br><br><code>Doc of Foo.</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">Foo</a>(<a href="psi_element://#typename#object">object</a>)</small><br><br>def <b>__init__</b>(self)</code><br><br><i>Documentation is missing.</i> The following is copied from class <code><a href="psi_element://#class#">Foo</a></code>.<br><br><code>Doc of Foo.</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">Foo</a>(<a href="psi_element://#typename#ClassUndocumentedEmptyConstructor.Moo">Moo</a>)</small><br><br>def <b>__init__</b>(self)</code><br><br><i>Documentation is missing.</i> The following is copied from <code><a href="psi_element://#typename#ClassUndocumentedEmptyConstructor.Moo">Moo</a>.__init__</code>.<br><br><code>Doc of Moo()</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">Foo</a>(<a href="psi_element://#typename#ClassUndocumentedEmptyConstructor.Moo">Moo</a>)</small><br><br>def <b>__init__</b>(self)</code><br><br><i>Documentation is missing.</i> The following is copied from <code><a href="psi_element://#typename#ClassUndocumentedEmptyConstructor.Moo">Moo</a>.__init__</code>.<br><br><code>Doc of Moo()</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br><br>Doc of foo.</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br>Doc of foo.</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br><br>Doc of foo.</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br>Doc of foo.</code></body></html>
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<html><body><code>def <b>get_tuple</b>()<br>Inferred type: () -> Tuple[<a href="psi_element://#typename#int">int</a>, <a href="psi_element://#typename#int">int</a>, <a href="psi_element://#typename#str">str</a>]<br></code></body></html>
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<html><body><code>def <b>get_tuple</b>()<br>Inferred type: () -> Tuple[<a href="psi_element://#typename#int">int</a>, <a href="psi_element://#typename#int">int</a>, <a href="psi_element://#typename#str">str</a>]</code></body></html>
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<html><body><code>def <b>get_tuple</b>()<br>Inferred type: () -> Tuple[<a href="psi_element://#typename#str">str</a>, ...]<br></code></body></html>
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<html><body><code>def <b>get_tuple</b>()<br>Inferred type: () -> Tuple[<a href="psi_element://#typename#str">str</a>, ...]</code></body></html>
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def foo(arg)
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Inferred type: (arg: Any) -> <a href="psi_element://#typename#int">int</a><br>
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Inferred type: (arg: Any) -> <a href="psi_element://#typename#int">int</a>
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@decorator1, @decorator2
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def foo(param)
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Inferred type: (param: Any) -> None<br>
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Inferred type: (param: Any) -> None
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class A
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def f(self)
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Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> <a href="psi_element://#typename#int">int</a><br>
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Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> <a href="psi_element://#typename#int">int</a>
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@decorator
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def foo(param)
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Inferred type: (param: Any) -> None<br>
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Inferred type: (param: Any) -> None
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br><br>Doc of foo.<br>It has two lines.</code></body></html>
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<html><body><code>def <b>foo</b>()<br>Inferred type: () -> None<br>Doc of foo.<br>It has two lines.</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">B</a>(<a href="psi_element://#typename#InheritedMethod.A">A</a>)</small><br><br>def <b>foo</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#B">B</a>) -> None<br></code><br><br><i>Documentation is missing.</i> The following is copied from <code><a href="psi_element://#typename#InheritedMethod.A">A</a>.foo</code>.<br><br><code>Doc from A.foo.</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">B</a>(<a href="psi_element://#typename#InheritedMethod.A">A</a>)</small><br><br>def <b>foo</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#B">B</a>) -> None</code><br><br><i>Documentation is missing.</i> The following is copied from <code><a href="psi_element://#typename#InheritedMethod.A">A</a>.foo</code>.<br><br><code>Doc from A.foo.</code></body></html>
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<html><body><code>@<i>decorator1</i><br>@<i>decorator2</i><br>def <b>foo</b>(param)<br>Inferred type: (param: Any) -> None<br></code></body></html>
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<html><body><code>@<i>decorator1</i><br>@<i>decorator2</i><br>def <b>foo</b>(param)<br>Inferred type: (param: Any) -> None</code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">Foo</a></small><br><br>@<i>deco</i><br>def <b>meth</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#Foo">Foo</a>) -> None<br><br><br>Doc of meth.<br></code></body></html>
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<html><body><code><small>class <a href="psi_element://#class#">Foo</a></small><br><br>@<i>deco</i><br>def <b>meth</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#Foo">Foo</a>) -> None<br><br>Doc of meth.<br></code></body></html>
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def ones(shape, dtype=None, order='C')
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Inferred type: (shape: Union[<a href="psi_element://#typename#int">int</a>, Iterable[<a href="psi_element://#typename#int">int</a>]], dtype: Optional[<a href="psi_element://#typename#object">object</a>], order: Optional[<a href="psi_element://#typename#str">str</a>]) -> <a href="psi_element://#typename#ndarray">ndarray</a><br>
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def ones(shape, dtype=None, order='C')
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Inferred type: (shape: Union[<a href="psi_element://#typename#int">int</a>, Iterable[<a href="psi_element://#typename#int">int</a>]], dtype: Optional[<a href="psi_element://#typename#object">object</a>], order: Optional[<a href="psi_element://#typename#str">str</a>]) -> <a href="psi_element://#typename#ndarray">ndarray</a>
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**Test docstring**
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Return a new array of given shape and type, filled with ones.
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<html><body><code>@<i>decorator</i><br>def <b>foo</b>(param)<br>Inferred type: (param: Any) -> None<br></code></body></html>
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<html><body><code>@<i>decorator</i><br>def <b>foo</b>(param)<br>Inferred type: (param: Any) -> None</code></body></html>
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<html><body><code>def <b>f</b>(x1: Optional[T], x2: Union[T, Tuple[Any, Any]])<br>Inferred type: (x1: Optional[TypeVar('T', <a href="psi_element://#typename#int">int</a>)], x2: Union[TypeVar('T', <a href="psi_element://#typename#int">int</a>), Tuple[Any, Any]]) -> None<br></code></body></html>
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<html><body><code>def <b>f</b>(x1: Optional[T], x2: Union[T, Tuple[Any, Any]])<br>Inferred type: (x1: Optional[TypeVar('T', <a href="psi_element://#typename#int">int</a>)], x2: Union[TypeVar('T', <a href="psi_element://#typename#int">int</a>), Tuple[Any, Any]]) -> None</code></body></html>
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<html><body><code>def <b>open</b>(encoding: str = None, errors: str = None)<br>Inferred type: (encoding: Optional[<a href="psi_element://#typename#str">str</a>], errors: Optional[<a href="psi_element://#typename#str">str</a>]) -> None<br></code></body></html>
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<html><body><code>def <b>open</b>(encoding: str = None, errors: str = None)<br>Inferred type: (encoding: Optional[<a href="psi_element://#typename#str">str</a>], errors: Optional[<a href="psi_element://#typename#str">str</a>]) -> None</code></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<br><i>Copied from getter:</i><br>Does things to X<code><br><br>@<i>x.deleter</i><br>def <b>x</b>(self, v)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>, v: Any) -> None<br><br>Deletes X</code><small><br><br>Deleter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<br><i>Copied from getter:</i><br>Does things to X<code><br><br>@<i>x.deleter</i><br>def <b>x</b>(self, v)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>, v: Any) -> None<br>Deletes X</code><small><br><br>Deleter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>@<i>property</i><br>def <b>x</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> <a href="psi_element://#typename#int">int</a><br><br>Does things to X</code><small><br><br>Getter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>@<i>property</i><br>def <b>x</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> <a href="psi_element://#typename#int">int</a><br>Does things to X</code><small><br><br>Getter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<br><i>Copied from getter:</i><br>Does things to X<code><br><br>@<i>x.setter</i><br>def <b>x</b>(self, v)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>, v: Any) -> None<br><br>Sets X</code><small><br><br>Setter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<br><i>Copied from getter:</i><br>Does things to X<code><br><br>@<i>x.setter</i><br>def <b>x</b>(self, v)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>, v: Any) -> None<br>Sets X</code><small><br><br>Setter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>def <b>__getX</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> Any<br><br>Doc of getter</code><small><br><br>Deleter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>def <b>__getX</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> Any<br>Doc of getter</code><small><br><br>Deleter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>def <b>__getX</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> Any<br><br>Doc of getter</code><small><br><br>Getter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>def <b>__getX</b>(self)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>) -> Any<br>Doc of getter</code><small><br><br>Getter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>def <b>__getX</b>(self, x)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>, x: Any) -> None<br><br>Doc of getter</code><small><br><br>Setter of property</small><br></body></html>
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<html><body>property <b><code>x</code></b> of class <a href="psi_element://#class#">A</a>(<a href="psi_element://#typename#object">object</a>)<code><br><br>def <b>__getX</b>(self, x)<br>Inferred type: (self: <a href="psi_element://#typename#A">A</a>, x: Any) -> None<br>Doc of getter</code><small><br><br>Setter of property</small><br></body></html>
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<html><body><small>Assigned to <code>c1</code><br></small><code><small>class <a href="psi_element://#class#">list</a>(<a href="psi_element://#typename#typing.MutableSequence">MutableSequence</a>[_T], Generic[_T])</small><br><br>def <b>count</b>(self, object: _T)<br>Inferred type: (self: <a href="psi_element://#typename#list">list</a>, object: TypeVar('_T')) -> <a href="psi_element://#typename#int">int</a><br><br>L.count(value) -> integer -- return number of occurrences of value </code></body></html>
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<html><body><small>Assigned to <code>c1</code><br></small><code><small>class <a href="psi_element://#class#">list</a>(<a href="psi_element://#typename#typing.MutableSequence">MutableSequence</a>[_T], Generic[_T])</small><br><br>def <b>count</b>(self, object: _T)<br>Inferred type: (self: <a href="psi_element://#typename#list">list</a>, object: TypeVar('_T')) -> <a href="psi_element://#typename#int">int</a><br>L.count(value) -> integer -- return number of occurrences of value </code></body></html>
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<html><body><code>def <b>f</b>(p1: T1, p2: T2, p3: T3)<br>Inferred type: (p1: TypeVar('T1', <a href="psi_element://#typename#int">int</a>), p2: TypeVar('T2', <a href="psi_element://#typename#int">int</a>, <a href="psi_element://#typename#str">str</a>), p3: TypeVar('T3', <a href="psi_element://#typename#List">List</a>[<a href="psi_element://#typename#bool">bool</a>])) -> None<br></code></body></html>
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<html><body><code>def <b>f</b>(p1: T1, p2: T2, p3: T3)<br>Inferred type: (p1: TypeVar('T1', <a href="psi_element://#typename#int">int</a>), p2: TypeVar('T2', <a href="psi_element://#typename#int">int</a>, <a href="psi_element://#typename#str">str</a>), p3: TypeVar('T3', <a href="psi_element://#typename#List">List</a>[<a href="psi_element://#typename#bool">bool</a>])) -> None</code></body></html>
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<html><body><code>def <b>get_tuple</b>()<br>Inferred type: () -> <a href="psi_element://#typename#tuple">tuple</a><br></code></body></html>
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<html><body><code>def <b>get_tuple</b>()<br>Inferred type: () -> <a href="psi_element://#typename#tuple">tuple</a></code></body></html>
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