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types.cpython-35.pyc
|g_" @ s d Z d d l Z d d Z e e Z e d d Z e e j Z e e j Z e e j Z d d Z e e Z d d Z e Z e e Z e j Gd d d Z e e j Z e e Z e g j Z e e Z y e WnF e k rMe j d Z e e Z e e j Z d Z [ Yn Xe e j Z e e j Z! [ [ [ [ [ f d d d d Z" f d d d Z# d d Z$ Gd d d Z% d d l& Z' d d l( j) Z* Gd d d Z+ d d Z, d d e- D Z. d S) zO Define names for built-in types that aren't directly accessible as a builtin. Nc C s d S)N r r r /usr/lib/python3.5/types.py_f s r c C s d S)Nr r r r r <lambda> s r c c s d Vd S)N r r r r r _g s r c s d S)Nr r r r r _c s r c @ s e Z d Z d d Z d S)_Cc C s d S)Nr )selfr r r _m s z_C._mN)__name__ __module__ __qualname__r r r r r r s r c C sD t | | | \ } } } | d k r1 | | | | | | | S)zBCreate a class object dynamically using the appropriate metaclass.N) prepare_class)namebaseskwds exec_bodymetansr r r new_class4 s r c C s | d k r i } n t | } d | k r? | j d } n | rX t | d } n t } t | t r| t | | } t | d r | j | | | } n i } | | | f S)az Call the __prepare__ method of the appropriate metaclass. Returns (metaclass, namespace, kwds) as a 3-tuple *metaclass* is the appropriate metaclass *namespace* is the prepared class namespace *kwds* is an updated copy of the passed in kwds argument with any 'metaclass' entry removed. If no kwds argument is passed in, this will be an empty dict. N metaclassr __prepare__)dictpoptype isinstance_calculate_metahasattrr )r r r r r r r r r ; s r c C s] | } xP | D]H } t | } t | | r1 q t | | rI | } q t d q W| S)z%Calculate the most derived metaclass.zxmetaclass conflict: the metaclass of a derived class must be a (non-strict) subclass of the metaclasses of all its bases)r issubclass TypeError)r r winnerbase base_metar r r r [ s r c @ sy e Z d Z d Z d d d d d d Z d d d Z d d Z d d Z d d Z d d Z d d Z d S)DynamicClassAttributea Route attribute access on a class to __getattr__. This is a descriptor, used to define attributes that act differently when accessed through an instance and through a class. Instance access remains normal, but access to an attribute through a class will be routed to the class's __getattr__ method; this is done by raising AttributeError. This allows one to have properties active on an instance, and have virtual attributes on the class with the same name (see Enum for an example). Nc C s[ | | _ | | _ | | _ | p' | j | _ | d k | _ t t | d d | _ d S)N__isabstractmethod__F)fgetfsetfdel__doc__ overwrite_docboolgetattrr& )r r' r( r) docr r r __init__x s z DynamicClassAttribute.__init__c C sM | d k r% | j r | St n | j d k r@ t d | j | S)Nzunreadable attribute)r& AttributeErrorr' )r instance ownerclassr r r __get__ s z DynamicClassAttribute.__get__c C s/ | j d k r t d | j | | d S)Nzcan't set attribute)r( r0 )r r1 valuer r r __set__ s z DynamicClassAttribute.__set__c C s, | j d k r t d | j | d S)Nzcan't delete attribute)r) r0 )r r1 r r r __delete__ s z DynamicClassAttribute.__delete__c C sR | j r | j n d } t | | | j | j | p< | j } | j | _ | S)N)r+ r* r r( r) )r r' fdocresultr r r getter s * z DynamicClassAttribute.getterc C s4 t | | j | | j | j } | j | _ | S)N)r r' r) r* r+ )r r( r8 r r r setter s $ z DynamicClassAttribute.setterc C s4 t | | j | j | | j } | j | _ | S)N)r r' r( r* r+ )r r) r8 r r r deleter s $ z DynamicClassAttribute.deleter) r r r r* r/ r3 r5 r6 r9 r: r; r r r r r% l s r% c @ s e Z d Z d d Z d d Z d d Z d d Z e d d Z e d d Z e d d Z e d d Z e Z e Z e Z e Z d d Z d d Z e Z d S)_GeneratorWrapperc C sI | | _ | j t k | _ t | d d | _ t | d d | _ d S)Nr r )_GeneratorWrapper__wrapped __class__ GeneratorType_GeneratorWrapper__isgenr- r r )r genr r r r/ s z_GeneratorWrapper.__init__c C s | j j | S)N)r= send)r valr r r rB s z_GeneratorWrapper.sendc G s | j j | | S)N)r= throw)r tprestr r r rD s z_GeneratorWrapper.throwc C s | j j S)N)r= close)r r r r rG s z_GeneratorWrapper.closec C s | j j S)N)r= gi_code)r r r r rH s z_GeneratorWrapper.gi_codec C s | j j S)N)r= gi_frame)r r r r rI s z_GeneratorWrapper.gi_framec C s | j j S)N)r= gi_running)r r r r rJ s z _GeneratorWrapper.gi_runningc C s | j j S)N)r= gi_yieldfrom)r r r r rK s z _GeneratorWrapper.gi_yieldfromc C s t | j S)N)nextr= )r r r r __next__ s z_GeneratorWrapper.__next__c C s | j r | j S| S)N)r@ r= )r r r r __iter__ s z_GeneratorWrapper.__iter__N)r r r r/ rB rD rG propertyrH rI rJ rK cr_codecr_frame cr_runningcr_awaitrM rN __await__r r r r r< s r< c s t s t d j t k r t d d j t k r j j } | d @r\ S| d @r j } t | j | j | j | j | j d B| j | j | j | j | j | j | j | j | j | j _ St j f d d } | S) z2Convert regular generator function to a coroutine.z$types.coroutine() expects a callable__code__Ni c st | | } | j t k s= | j t k rA | j j d @rA | St | t j rp t | t j rp t | S| S)NrW ) r> CoroutineTyper? rH co_flagsr _collections_abc Generator Coroutiner< )argskwargscoro)funcr r wrapped s zcoroutine.<locals>.wrapped)callabler! r> FunctionTyper- CodeTyperU rY co_argcountco_kwonlyargcount co_nlocals co_stacksizeco_code co_constsco_names co_varnames co_filenameco_nameco_firstlineno co_lnotab co_freevars co_cellvars _functoolswraps)r` rY cora r )r` r coroutine s( !rv c C s, g | ]" } | d d d k r | q S)Nr _r ).0nr r r <listcomp> s rz )/r* sysr r rc LambdaTyperU rd __dict__MappingProxyTypeimplementationSimpleNamespacer r? r rX rG r r MethodTypelenBuiltinFunctionTypeappendBuiltinMethodType ModuleTyper! exc_infotb TracebackTypetb_frame FrameTypeGetSetDescriptorType __globals__MemberDescriptorTyper r r r% functoolsrs collections.abcabcrZ r< rv globals__all__r r r r <module> sL : % 7