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a k�h�2 � @ sl d Z ddlmZ ddlmZmZ ddlmZ ddlm Z m Z m Z m Z ddl mZmZ ddlmZ ddlmZmZmZmZ dd lmZ dd lmZ dd lm Z m Z dd l m Z m Z e d �Z!G dd� de j"�Z#G dd� de j$�Z%G dd� dej&�Z'G dd� dej&�Z(G dd� dej)�Z*G dd� dej)�Z+G dd� dej)�Z,G d d � d e j-�Z.e j$e(fe j/_0G d d � d e j-�Z1d S )!a" Inference objects are a way to represent composite AST nodes, which are used only as inference results, so they can't be found in the original AST tree. 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This class offers almost the same behaviour as Python's super, which is MRO lookups for retrieving attributes from the parents. The *mro_pointer* is the place in the MRO from where we should start looking, not counting it. *mro_type* is the object which provides the MRO, it can be both a type or an instance. *self_class* is the class where the super call is, while *scope* is the function where the super call is. r zscoped_nodes.ClassDefzscoped_nodes.FunctionDefznode_classes.Call�None)� mro_pointer�mro_type� self_class�scope�callr c s@ || _ || _d| _|| _|| _t� j||j|j|j |j d� d S )NF)�parent�lineno� col_offset� end_lineno�end_col_offset) �typer2 � _class_basedZ _self_class�_scope�super�__init__r8 r9 r: r; )r r2 r3 r4 r5 r6 �� __class__r r r@ B s �zSuper.__init__Nr r r! c k s | V d S r$ r r% r r r r& W s z Super._inferc C s� t | jtj�std| d��t | jtj�r6d| _| j}n,t| jdd�}t |tj tjf�sbtd| d��|j sttd| d��|� � }| j|vr�td| d��|� | j�}||d d� S ) zBGet the MRO which will be used to lookup attributes in this super.zIThe first argument to super must be a subtype of type, not {mro_pointer}.)�super_Tr+ NzPThe second argument to super must be an instance or subtype of type, not {type}.z*Unable to call super on old-style classes.� ) � isinstancer2 r �ClassDefr r< r= r) r �InstanceZnewstyle�mro�index)r r3 rH rI r r r � super_mroZ s0 �� � zSuper.super_mroc C s t � j}|�d�d S )Nr? r r( r* r r r r+ ~ s zSuper._proxiedzLiteral['builtins.super']r c C s dS )Nzbuiltins.superr r r r r r � s z Super.pytype�strc C s dS )NzSuper ofr r r r r � display_type� s zSuper.display_typec C s | j jS )z Get the name of the MRO pointer.)r2 �namer r r r rM � s z Super.namezLiteral['super']c C s dS )Nr? r r r r r �qname� s z Super.qname�Iterator[InferenceResult])rM r" r c c s |dkr| j �|�V dS z | �� }W nv ty` } z"td| |||jd�|�W Y d}~nFd}~0 ty� } z&td| |||j|jd�|�W Y d}~n d}~0 0 d}|D �]:}||j vr�q�d}t j || g|| d �D �] }t |t j�s�|V q�|jd k�rt �||�V q�| jjd k�r*|jd k�r*|V q�| j�s>|jd k�rF|V q�t |t��r�|j}z|j| |d �E dH W n t�y� tjV Y n0 q�t �|��r�z|�| |�E dH W n t�y� tjV Y n0 q�t �||�V q�q�|�s|| j v �r| j �|�V dS |�s t| ||d��dS )z9Retrieve the inferred values of the given attribute name.rB NzHLookup for {name} on {target!r} because super call {super!r} is invalid.)�target� attributer" rC zJLookup for {name} on {target!r} failed because {cls!r} has an invalid MRO.)rP rQ r" �mros�clsFT)�frame� classmethod�method� staticmethod��callerr" )rP rQ r" )�special_attributes�lookuprJ r r rC r rR rS �localsr Z _infer_stmtsrE r � FunctionDefr< Z BoundMethodr> r= �Property�function�infer_call_resultr r Z UninferableZ _is_property) r rM r" rH �exc�foundrS �inferredr_ r r r �igetattr� sx � � � � � zSuper.igetattr�r" c C s t | j||d��S )Nre )�listrd )r rM r" r r r r) � s z Super.getattr)N)N)N)r, r- r. r/ r Z SuperModelrZ r@ r& rJ r r+ r rL �propertyrM rN rd r) � __classcell__r r rA r r0 3 s $ �Rr0 c @ s e Zd ZdZedd� �ZdS )�ExceptionInstancez�Class for instances of exceptions. It has special treatment for some of the exceptions's attributes, which are transformed at runtime into certain concrete objects, such as the case of .args. c C s" | � � }tj�|tj�}|� | �S r$ )rN r ZBUILTIN_EXCEPTIONS�getZExceptionInstanceModel)r rN �instancer r r rZ � s �z$ExceptionInstance.special_attributesN)r, r- r. r/ r rZ r r r r ri � s ri c @ s e Zd ZdZe�� ZdS )� DictInstancez�Special kind of instances for dictionaries. This instance knows the underlying object model of the dictionaries, which means that methods such as .values or .items can be properly inferred. N)r, r- r. r/ r Z DictModelrZ r r r r rl � s rl c @ s e Zd ZejjZejjZdS )� DictItemsN�r, r- r. r �NodeNG�__str__�__repr__r r r r rm s rm c @ s e Zd ZejjZejjZdS )�DictKeysNrn r r r r rr s rr c @ s e Zd ZejjZejjZdS )� DictValuesNrn r r r r rs s rs c sH e Zd ZdZd� fdd� Zddddd�� fd d � Zd d �d d�Z� ZS )�PartialFunctionzEA class representing partial function obtained via functools.partial.Nc s� t � j|||t�� ddd� || _|jdd � | _|j| _|jd }t |� � �}t |t �rz|j| j | _i |j�| j�| _t | j�| _d S )Nr �r8 r9 r7 r; r: rD )r? r@ r �Unknownr7 Zpositional_arguments� filled_argsZkeyword_arguments�filled_keywords�nextZinferrE rt �lenZfilled_positionals)r r6 rM r8 r9 r7 Zwrapped_functionZinferred_wrapped_functionrA r r r@ s* � ��zPartialFunction.__init__� SuccessfulInferenceResult | Noner rO �rY r" r c s| |rl|j sJ d��dd� |j jD �}| j�� D ]"\}}||vr.|j j�||f� q.|j jp\g }| j| |j _t� j||d�S )Nz6CallContext should be set before inferring call resultc S s h | ] \}}|�qS r r )�.0�keyword�_r r r � <setcomp>; s z4PartialFunction.infer_call_result.<locals>.<setcomp>rX ) Z callcontext�keywordsrx �items�append�argsrw r? r` )r rY r" Zcurrent_passed_keywordsr~ �valueZcall_context_argsrA r r r` 2 s ��� z!PartialFunction.infer_call_resultrK r c C s | j jS r$ )rB r, r r r r rN G s zPartialFunction.qname)NNNN)N)r, r- r. r/ r@ r` rN rh r r rA r rt s �rt c sf e Zd ZdZd� fdd� Ze�� ZdZdd�dd �Z dd d d d �dd�Z ddd ddd�dd�Z � Z S )r^ z%Class representing a Python property.Nc s& || _ t� j|||||j|jd� d S )Nru )r_ r? r@ r; r: )r r_ rM r8 r9 r7 rA r r r@ S s �zProperty.__init__rg z Literal['builtins.property']r c C s dS )Nzbuiltins.propertyr r r r r r a s zProperty.pytyper{ r r r| c C s t d��d S )NzProperties are not callable)r )r rY r" r r r r` d s zProperty.infer_call_resultr r z Generator[_T])r r" r# r c k s | V d S r$ r r% r r r r& k s zProperty._infer)NNNN)N)N) r, r- r. r/ r@ r Z PropertyModelrZ r< r r` r& rh r r rA r r^ P s � �r^ N)2r/ � __future__r �collections.abcr r � functoolsr �typingr r r r Zastroidr r Zastroid.contextr Zastroid.exceptionsr r r r Zastroid.interpreterr Zastroid.managerr Z astroid.nodesr r Zastroid.typingr r r Z BaseContainerr ro r0 rG ri rl ZProxyrm rr rs r] rt �Dict� __bases__r^ r r r r �<module> s. 5 9
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