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��Yf� � @ s� d Z d a d d � Z d d � Z Gd d � d � Z i Z i Z Gd d � d e � Z Gd d � d � Z Gd d � d � Z Gd d � d � Z d d � Z d d � Z d d � Z d d d d � Z d d � Z d d � Z d d � Z d d! � Z Gd" d# � d# � Z Gd$ d% � d% � Z d& d d' d d( d) � Z e � Z d d d* d+ � Z d, d- d. d/ � Z d0 d1 � Z d2 d3 � Z d4 d5 � Z d6 d7 � Z d8 d9 � Z d: d; � Z Gd< d= � d= � Z! Gd> d? � d? � Z" Gd@ dA � dA � Z# dB dC � Z$ dD dE � Z% d dF dG � Z& dH dI � Z' dJ Z( e( dK Z) dL dM � Z* dN dO � Z+ d dP dQ dR � Z, dS dT � Z- dU dV � Z. d d f dP dW dX � Z/ dY dZ � Z0 d[ d\ � Z1 d] d^ � Z2 d S)_aS Core implementation of import. This module is NOT meant to be directly imported! It has been designed such that it can be bootstrapped into Python as the implementation of import. As such it requires the injection of specific modules and attributes in order to work. One should use importlib as the public-facing version of this module. Nc C s\ xB d d d d g D]. } t | | � r t | | t | | � � q W| j j | j � d S)z/Simple substitute for functools.update_wrapper.� __module__�__name__� __qualname__�__doc__N)�hasattr�setattr�getattr�__dict__�update)�new�old�replace� r �9/opt/alt/python35/lib64/python3.5/importlib/_bootstrap.py�_wrap s r c C s t t � | � S)N)�type�sys)�namer r r � _new_module# s r c @ s: e Z d Z d Z d d � Z d d � Z d d � Z d S) � _ManageReloadz?Manages the possible clean-up of sys.modules for load_module().c C s | | _ d S)N)�_name)�selfr r r r �__init__+ s z_ManageReload.__init__c C s | j t j k | _ d S)N)r r �modules� _is_reload)r r r r � __enter__. s z_ManageReload.__enter__c G sM t d d � | D� � rI | j rI y t j | j =Wn t k rH Yn Xd S)Nc s s | ] } | d k Vq d S)Nr )�.0�argr r r � <genexpr>2 s z)_ManageReload.__exit__.<locals>.<genexpr>)�anyr r r r �KeyError)r �argsr r r �__exit__1 s # z_ManageReload.__exit__N)r r r r r r r! r r r r r ' s r c @ s e Z d Z d S)�_DeadlockErrorN)r r r r r r r r" @ s r" c @ sR e Z d Z d Z d d � Z d d � Z d d � Z d d � Z d d � Z d S) � _ModuleLockz�A recursive lock implementation which is able to detect deadlocks (e.g. thread 1 trying to take locks A then B, and thread 2 trying to take locks B then A). c C sF t j � | _ t j � | _ | | _ d | _ d | _ d | _ d S)N� )�_thread� allocate_lock�lock�wakeupr �owner�count�waiters)r r r r r r J s z_ModuleLock.__init__c C sX t j � } | j } x< t j | � } | d k r7 d S| j } | | k r d Sq Wd S)NFT)r% � get_identr) � _blocking_on�get)r �me�tidr' r r r � has_deadlockR s z_ModuleLock.has_deadlockc C s� t j � } | t | <z� x� | j �| | j d k sD | j | k r` | | _ | j d 7_ d S| j � r| t d | � � | j j d � r� | j d 7_ Wd QRX| j j � | j j � q WWd t | =Xd S)z� Acquire the module lock. If a potential deadlock is detected, a _DeadlockError is raised. Otherwise, the lock is always acquired and True is returned. r$ � Tzdeadlock detected by %rFN) r% r, r- r' r* r) r1 r" r( �acquirer+ �release)r r0 r r r r3 ^ s z_ModuleLock.acquirec C s� t j � } | j �� | j | k r1 t d � � | j d k sF t � | j d 8_ | j d k r� d | _ | j r� | j d 8_ | j j � Wd QRXd S)Nz cannot release un-acquired lockr$ r2 ) r% r, r' r) � RuntimeErrorr* �AssertionErrorr+ r( r4 )r r0 r r r r4 w s z_ModuleLock.releasec C s d j | j t | � � S)Nz_ModuleLock({!r}) at {})�formatr �id)r r r r �__repr__� s z_ModuleLock.__repr__N) r r r r r r1 r3 r4 r9 r r r r r# D s r# c @ sF e Z d Z d Z d d � Z d d � Z d d � Z d d � Z d S) �_DummyModuleLockzVA simple _ModuleLock equivalent for Python builds without multi-threading support.c C s | | _ d | _ d S)Nr$ )r r* )r r r r r r � s z_DummyModuleLock.__init__c C s | j d 7_ d S)Nr2 T)r* )r r r r r3 � s z_DummyModuleLock.acquirec C s. | j d k r t d � � | j d 8_ d S)Nr$ z cannot release un-acquired lockr2 )r* r5 )r r r r r4 � s z_DummyModuleLock.releasec C s d j | j t | � � S)Nz _DummyModuleLock({!r}) at {})r7 r r8 )r r r r r9 � s z_DummyModuleLock.__repr__N)r r r r r r3 r4 r9 r r r r r: � s r: c @ s4 e Z d Z d d � Z d d � Z d d � Z d S)�_ModuleLockManagerc C s | | _ d | _ d S)N)r �_lock)r r r r r r � s z_ModuleLockManager.__init__c C s5 z t | j � | _ Wd t j � X| j j � d S)N)�_get_module_lockr r< �_imp� release_lockr3 )r r r r r � s z _ModuleLockManager.__enter__c O s | j j � d S)N)r< r4 )r r �kwargsr r r r! � s z_ModuleLockManager.__exit__N)r r r r r r! r r r r r; � s r; c s� d } y t � � } Wn t k r+ Yn X| d k r� t d k rS t � � } n t � � } � f d d � } t j | | � t � <| S)zmGet or create the module lock for a given module name. Should only be called with the import lock taken.Nc s t � =d S)N)� _module_locks)�_)r r r �cb� s z _get_module_lock.<locals>.cb)rA r r% r: r# �_weakref�ref)r r' rC r )r r r= � s r= c C sG t | � } t j � y | j � Wn t k r8 Yn X| j � d S)a Release the global import lock, and acquires then release the module lock for a given module name. This is used to ensure a module is completely initialized, in the event it is being imported by another thread. Should only be called with the import lock taken.N)r= r> r? r3 r" r4 )r r' r r r �_lock_unlock_module� s rF c O s | | | � S)a. remove_importlib_frames in import.c will always remove sequences of importlib frames that end with a call to this function Use it instead of a normal call in places where including the importlib frames introduces unwanted noise into the traceback (e.g. when executing module code) r )�fr �kwdsr r r �_call_with_frames_removed� s rI � verbosityr2 c G sK t j j | k rG | j d � s+ d | } t | j | � d t j �d S)z=Print the message to stderr if -v/PYTHONVERBOSE is turned on.�#�import z# �fileN)rK rL )r �flags�verbose� startswith�printr7 �stderr)�messagerJ r r r r �_verbose_message� s rT c s# � f d d � } t | � � | S)z1Decorator to verify the named module is built-in.c s7 | t j k r* t d j | � d | �� � | | � S)Nz {!r} is not a built-in moduler )r �builtin_module_names� ImportErrorr7 )r �fullname)�fxnr r �_requires_builtin_wrapper� s z4_requires_builtin.<locals>._requires_builtin_wrapper)r )rX rY r )rX r �_requires_builtin� s rZ c s# � f d d � } t | � � | S)z/Decorator to verify the named module is frozen.c s7 t j | � s* t d j | � d | �� � | | � S)Nz{!r} is not a frozen moduler )r> � is_frozenrV r7 )r rW )rX r r �_requires_frozen_wrapper� s z2_requires_frozen.<locals>._requires_frozen_wrapper)r )rX r\ r )rX r �_requires_frozen� s r] c C sQ t | | � } | t j k rC t j | } t | | � t j | St | � Sd S)z�Load the specified module into sys.modules and return it. This method is deprecated. Use loader.exec_module instead. N)�spec_from_loaderr r �_exec�_load)r rW �spec�moduler r r �_load_module_shim s rc c # C s t | d d � } t | d � rG y | j | � SWn t k rF Yn Xy | j } Wn t k rh Yn X| d k r t | � Sy | j } Wn t k r� d } Yn Xy | j } Wn; t k r� | d k r� d j | � Sd j | | � SYn Xd j | | � Sd S)N� __loader__� module_repr�?z <module {!r}>z<module {!r} ({!r})>z<module {!r} from {!r}>) r r re � Exception�__spec__�AttributeError�_module_repr_from_specr �__file__r7 )rb �loaderra r �filenamer r r � _module_repr s. rn c @ s4 e Z d Z d d � Z d d � Z d d � Z d S)�_installed_safelyc C s | | _ | j | _ d S)N)�_modulerh �_spec)r rb r r r r 6 s z_installed_safely.__init__c C s& d | j _ | j t j | j j <d S)NT)rq � _initializingrp r r r )r r r r r : s z_installed_safely.__enter__c G sy ze | j } t d d � | D� � rN y t j | j =Wqd t k rJ Yqd Xn t d | j | j � Wd d | j _ Xd S)Nc s s | ] } | d k Vq d S)Nr )r r r r r r D s z-_installed_safely.__exit__.<locals>.<genexpr>zimport {!r} # {!r}F) rq r r r r r rT rl rr )r r ra r r r r! A s z_installed_safely.__exit__N)r r r r r r! r r r r ro 4 s ro c @ s� e Z d Z d Z d d d d d d d d � Z d d � Z d d � Z e d d � � Z e j d d � � Z e d d � � Z e d d � � Z e j d d � � Z d S)� ModuleSpeca� The specification for a module, used for loading. A module's spec is the source for information about the module. For data associated with the module, including source, use the spec's loader. `name` is the absolute name of the module. `loader` is the loader to use when loading the module. `parent` is the name of the package the module is in. The parent is derived from the name. `is_package` determines if the module is considered a package or not. On modules this is reflected by the `__path__` attribute. `origin` is the specific location used by the loader from which to load the module, if that information is available. When filename is set, origin will match. `has_location` indicates that a spec's "origin" reflects a location. When this is True, `__file__` attribute of the module is set. `cached` is the location of the cached bytecode file, if any. It corresponds to the `__cached__` attribute. `submodule_search_locations` is the sequence of path entries to search when importing submodules. If set, is_package should be True--and False otherwise. Packages are simply modules that (may) have submodules. If a spec has a non-None value in `submodule_search_locations`, the import system will consider modules loaded from the spec as packages. Only finders (see importlib.abc.MetaPathFinder and importlib.abc.PathEntryFinder) should modify ModuleSpec instances. �originN� loader_state� is_packagec C sO | | _ | | _ | | _ | | _ | r0 g n d | _ d | _ d | _ d S)NF)r rl rt ru �submodule_search_locations� _set_fileattr�_cached)r r rl rt ru rv r r r r t s zModuleSpec.__init__c C s� d j | j � d j | j � g } | j d k rL | j d j | j � � | j d k rt | j d j | j � � d j | j j d j | � � S)Nz name={!r}z loader={!r}z origin={!r}z submodule_search_locations={}z{}({})z, ) r7 r rl rt �appendrw � __class__r �join)r r r r r r9 � s zModuleSpec.__repr__c C s� | j } yk | j | j k or | j | j k or | j | j k or | | j k or | j | j k or | j | j k SWn t k r� d SYn Xd S)NF)rw r rl rt �cached� has_locationri )r �other�smslr r r �__eq__� s zModuleSpec.__eq__c C sU | j d k rN | j d k rN | j rN t d k r9 t � t j | j � | _ | j S)N)ry rt rx �_bootstrap_external�NotImplementedError� _get_cached)r r r r r} � s zModuleSpec.cachedc C s | | _ d S)N)ry )r r} r r r r} � s c C s. | j d k r# | j j d � d S| j Sd S)z The name of the module's parent.N�.r$ )rw r � rpartition)r r r r �parent� s zModuleSpec.parentc C s | j S)N)rx )r r r r r~ � s zModuleSpec.has_locationc C s t | � | _ d S)N)�boolrx )r �valuer r r r~ � s ) r r r r r r9 r� �propertyr} �setterr� r~ r r r r rs O s # rs rt rv c C s� t | d � rn t d k r! t � t j } | d k rF | | d | �S| rR g n d } | | d | d | �S| d k r� t | d � r� y | j | � } Wq� t k r� d } Yq� Xn d } t | | d | d | �S)z5Return a module spec based on various loader methods.� get_filenameNrl rw rv Frt )r r� r� �spec_from_file_locationrv rV rs )r rl rt rv r� �searchr r r r^ � s" r^ c 5 C sv y | j } Wn t k r! Yn X| d k r2 | S| j } | d k ri y | j } Wn t k rh Yn Xy | j } Wn t k r� d } Yn X| d k r� | d k r� y | j } Wq� t k r� d } Yq� Xn | } y | j } Wn t k rd } Yn Xy t | j � } Wn t k r/d } Yn Xt | | d | �} | d k rWd n d | _ | | _ | | _ | S)Nrt FT) rh ri r rd rk �_ORIGIN� __cached__�list�__path__rs rx r} rw )rb rl rt ra r �locationr} rw r r r �_spec_from_module� sH r� �overrideFc ; C s6 | s t | d d � d k rC y | j | _ Wn t k rB Yn X| sa t | d d � d k r� | j } | d k r� | j d k r� t d k r� t � t j } | j | � } | j | _ y | | _ Wn t k r� Yn X| s� t | d d � d k r y | j | _ Wn t k r Yn Xy | | _ Wn t k rAYn X| s`t | d d � d k r�| j d k r�y | j | _ Wn t k r�Yn X| j r2| s�t | d d � d k r�y | j | _ Wn t k r�Yn X| s�t | d d � d k r2| j d k r2y | j | _ Wn t k r1Yn X| S)Nr rd � __package__r� rk r� )r r r ri rl rw r� r� �_NamespaceLoader�__new__�_pathrd r� r� rh r� r~ rt rk r} r� )ra rb r� rl r� r r r �_init_module_attrs� s\ r� c C s� d } t | j d � r- | j j | � } n( t | j d � rU t j d t d d �| d k rp t | j � } t | | � | S)z+Create a module based on the provided spec.N� create_module� exec_modulezWstarting in Python 3.6, loaders defining exec_module() must also define create_module()� stacklevel� ) r rl r� � _warnings�warn�DeprecationWarningr r r� )ra rb r r r �module_from_spec: s r� c C s� | j d k r d n | j } | j d k r_ | j d k rI d j | � Sd j | | j � Sn2 | j r{ d j | | j � Sd j | j | j � Sd S)z&Return the repr to use for the module.Nrf z <module {!r}>z<module {!r} ({!r})>z<module {!r} from {!r}>z<module {!r} ({})>)r rt rl r7 r~ )ra r r r r rj L s rj c C s� | j } t j � t | � �� t j j | � | k rY d j | � } t | d | �� | j d k r� | j d k r� t d d | j �� t | | d d �| St | | d d �t | j d � s� | j j | � n | j j | � Wd QRXt j | S)z3Execute the spec in an existing module's namespace.z module {!r} not in sys.modulesr Nzmissing loaderr� Tr� )r r> � acquire_lockr; r r r. r7 rV rl rw r� r � load_moduler� )ra rb r �msgr r r r_ ] s r_ c C s | j j | j � t j | j } t | d d � d k r` y | j | _ Wn t k r_ Yn Xt | d d � d k r� y8 | j | _ t | d � s� | j j d � d | _ Wn t k r� Yn Xt | d d � d k r� y | | _ Wn t k r� Yn X| S)Nrd r� r� r� r$ rh ) rl r� r r r r rd ri r r� r r� rh )ra rb r r r �_load_backward_compatiblev s( r� c C s� | j d k r+ t | j d � s+ t | � St | � } t | � �K | j d k rz | j d k r� t d d | j �� n | j j | � Wd QRXt j | j S)Nr� zmissing loaderr ) rl r r� r� ro rw rV r r� r r )ra rb r r r �_load_unlocked� s r� c C s/ t j � t | j � � t | � SWd QRXd S)z�Return a new module object, loaded by the spec's loader. The module is not added to its parent. If a module is already in sys.modules, that existing module gets clobbered. N)r> r� r; r r� )ra r r r r` � s r` c @ s� e Z d Z d Z e d d � � Z e d d d d � � Z e d d d � � Z e d d � � Z e d d � � Z e e d d � � � Z e e d d � � � Z e e d d � � � Z e e � Z d S)�BuiltinImporterz�Meta path import for built-in modules. All methods are either class or static methods to avoid the need to instantiate the class. c C s d j | j � S)zsReturn repr for the module. The method is deprecated. The import machinery does the job itself. z<module {!r} (built-in)>)r7 r )rb r r r re � s zBuiltinImporter.module_reprNc C s: | d k r d St j | � r2 t | | d d �Sd Sd S)Nrt zbuilt-in)r> � is_builtinr^ )�clsrW �path�targetr r r � find_spec� s zBuiltinImporter.find_specc C s) | j | | � } | d k r% | j Sd S)z�Find the built-in module. If 'path' is ever specified then the search is considered a failure. This method is deprecated. Use find_spec() instead. N)r� rl )r� rW r� ra r r r � find_module� s zBuiltinImporter.find_modulec C sC | j t j k r3 t d j | j � d | j �� t t j | � S)zCreate a built-in modulez {!r} is not a built-in moduler )r r rU rV r7 rI r> �create_builtin)r ra r r r r� � s z BuiltinImporter.create_modulec C s t t j | � d S)zExec a built-in moduleN)rI r> � exec_builtin)r rb r r r r� � s zBuiltinImporter.exec_modulec C s d S)z9Return None as built-in modules do not have code objects.Nr )r� rW r r r �get_code� s zBuiltinImporter.get_codec C s d S)z8Return None as built-in modules do not have source code.Nr )r� rW r r r � get_source� s zBuiltinImporter.get_sourcec C s d S)z4Return False as built-in modules are never packages.Fr )r� rW r r r rv � s zBuiltinImporter.is_package)r r r r � staticmethodre � classmethodr� r� r� r� rZ r� r� rv rc r� r r r r r� � s r� c @ s� e Z d Z d Z e d d � � Z e d d d d � � Z e d d d � � Z e d d � � Z e d d � � Z e d d � � Z e e d d � � � Z e e d d � � � Z e e d d � � � Z d S)�FrozenImporterz�Meta path import for frozen modules. All methods are either class or static methods to avoid the need to instantiate the class. c C s d j | j � S)zsReturn repr for the module. The method is deprecated. The import machinery does the job itself. z<module {!r} (frozen)>)r7 r )�mr r r re s zFrozenImporter.module_reprNc C s* t j | � r" t | | d d �Sd Sd S)Nrt �frozen)r> r[ r^ )r� rW r� r� r r r r� s zFrozenImporter.find_specc C s t j | � r | Sd S)z]Find a frozen module. This method is deprecated. Use find_spec() instead. N)r> r[ )r� rW r� r r r r� s zFrozenImporter.find_modulec C s d S)z*Use default semantics for module creation.Nr )r� ra r r r r� % s z FrozenImporter.create_modulec C s\ | j j } t j | � s6 t d j | � d | �� t t j | � } t | | j � d S)Nz{!r} is not a frozen moduler ) rh r r> r[ rV r7 rI �get_frozen_object�execr )rb r �coder r r r� ) s zFrozenImporter.exec_modulec C s t | | � S)z_Load a frozen module. This method is deprecated. Use exec_module() instead. )rc )r� rW r r r r� 2 s zFrozenImporter.load_modulec C s t j | � S)z-Return the code object for the frozen module.)r> r� )r� rW r r r r� ; s zFrozenImporter.get_codec C s d S)z6Return None as frozen modules do not have source code.Nr )r� rW r r r r� A s zFrozenImporter.get_sourcec C s t j | � S)z.Return True if the frozen module is a package.)r> �is_frozen_package)r� rW r r r rv G s zFrozenImporter.is_package)r r r r r� re r� r� r� r� r� r� r] r� r� rv r r r r r� s r� c @ s. e Z d Z d Z d d � Z d d � Z d S)�_ImportLockContextz$Context manager for the import lock.c C s t j � d S)zAcquire the import lock.N)r> r� )r r r r r T s z _ImportLockContext.__enter__c C s t j � d S)z<Release the import lock regardless of any raised exceptions.N)r> r? )r �exc_type� exc_value� exc_tracebackr r r r! X s z_ImportLockContext.__exit__N)r r r r r r! r r r r r� P s r� c C sX | j d | d � } t | � | k r4 t d � � | d } | rT d j | | � S| S)z2Resolve a relative module name to an absolute one.r� r2 z2attempted relative import beyond top-level packager$ z{}.{})�rsplit�len� ValueErrorr7 )r �package�level�bits�baser r r � _resolve_name] s r� c C s/ | j | | � } | d k r" d St | | � S)N)r� r^ )�finderr r� rl r r r �_find_spec_legacyf s r� c C s* t j d k r) t j r) t j d t � | t j k } x� t j D]� } t � �Z y | j } Wn3 t k r� t | | | � } | d k r� wB Yn X| | | | � } Wd QRX| d k rB | r| t j k rt j | } y | j } Wn t k r| SYq X| d k r| S| SqB | SqB Wd Sd S)zFind a module's loader.Nzsys.meta_path is empty) r � meta_pathr� r� � ImportWarningr r� r� ri r� rh ) r r� r� � is_reloadr� r� ra rb rh r r r � _find_speco s0 r� c C s� t | t � s* t d j t | � � � � | d k rB t d � � | d k r~ t | t � sl t d � � n | s~ t d � � | r� | d k r� t d � � d S)z Verify arguments are "sane".z module name must be str, not {}r$ zlevel must be >= 0z __package__ not set to a stringz6attempted relative import with no known parent packagezEmpty module nameN)� isinstance�str� TypeErrorr7 r r� rV )r r� r� r r r � _sanity_check� s r� zNo module named z{!r}c C s( d } | j d � d } | r� | t j k r; t | | � | t j k rU t j | St j | } y | j } Wn= t k r� t d j | | � } t | d | �d � Yn Xt | | � } | d k r� t t j | � d | �� n t | � } | r$t j | } t | | j d � d | � | S)Nr� r$ z; {!r} is not a packager r� ) r� r r rI r� ri �_ERR_MSGr7 rV r� r� r )r �import_r� r� � parent_moduler� ra rb r r r �_find_and_load_unlocked� s* r� c C s% t | � � t | | � SWd QRXd S)z6Find and load the module, and release the import lock.N)r; r� )r r� r r r �_find_and_load� s r� r$ c C s� t | | | � | d k r. t | | | � } t j � | t j k rT t | t � St j | } | d k r� t j � d j | � } t | d | �� t | � | S)a2 Import and return the module based on its name, the package the call is being made from, and the level adjustment. This function represents the greatest common denominator of functionality between import_module and __import__. This includes setting __package__ if the loader did not. r$ Nz(import of {} halted; None in sys.modulesr ) r� r� r> r� r r r� � _gcd_importr? r7 rV rF )r r� r� rb rS r r r r� � s r� c C s� t | d � r� d | k rS t | � } | j d � t | d � rS | j | j � x� | D]� } t | | � sZ d j | j | � } y t | | � WqZ t k r� } z/ t | � j t � r� | j | k r� wZ � WYd d } ~ XqZ XqZ W| S)z�Figure out what __import__ should return. The import_ parameter is a callable which takes the name of module to import. It is required to decouple the function from assuming importlib's import implementation is desired. r� �*�__all__z{}.{}N) r r� �remove�extendr� r7 r rI rV r� rP �_ERR_MSG_PREFIXr )rb �fromlistr� �x� from_name�excr r r �_handle_fromlist� s" r� c C sH | j d � } | d k rD | d } d | k rD | j d � d } | S)z�Calculate what __package__ should be. __package__ is not guaranteed to be defined or could be set to None to represent that its proper value is unknown. r� Nr r� r� r$ )r. r� )�globalsr� r r r �_calc___package__ s r� c C s� | d k r t | � } n6 | d k r- | n i } t | � } t | | | � } | s� | d k rz t | j d � d � S| s� | St | � t | j d � d � } t j | j d t | j � | � Sn t | | t � Sd S)a� Import a module. The 'globals' argument is used to infer where the import is occurring from to handle relative imports. The 'locals' argument is ignored. The 'fromlist' argument specifies what should exist as attributes on the module being imported (e.g. ``from module import <fromlist>``). The 'level' argument represents the package location to import from in a relative import (e.g. ``from ..pkg import mod`` would have a 'level' of 2). r$ Nr� )r� r� � partitionr� r r r r� ) r r� �localsr� r� rb �globals_r� �cut_offr r r � __import__ s #(r� c C s5 t j | � } | d k r+ t d | � � t | � S)Nzno built-in module named )r� r� rV r� )r ra r r r �_builtin_from_name5 s r� c C sJ | a | a t t � } x{ t j j � D]j \ } } t | | � r( | t j k r[ t } n t j | � r( t } n q( t | | � } t | | � q( Wt j t } xI d D]A } | t j k r� t | � } n t j | } t | | | � q� Wy t d � } Wn t k rd } Yn Xt | d | � t d � } t | d | � d S)z�Setup importlib by importing needed built-in modules and injecting them into the global namespace. As sys is needed for sys.modules access and _imp is needed to load built-in modules, those two modules must be explicitly passed in. r� r% NrD )r� )r> r r r �itemsr� rU r� r[ r� r� r� r r� r rV ) � sys_module� _imp_module� module_typer rb rl ra � self_module� builtin_name�builtin_module� thread_module�weakref_moduler r r �_setup< s2 r� c C sW t | | � t j j t � t j j t � d d l } | a | j t j t � d S)z2Install importlib as the implementation of import.r$ N) r� r r� rz r� r� �_frozen_importlib_externalr� �_installr r )r� r� r� r r r r� k s r� )3r r� r r r rA r- r5 r" r# r: r; r= rF rI rT rZ r] rc rn ro rs r^ �object� _POPULATEr� r� r� rj r_ r� r� r` r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r r r r �<module> s` D $e -< IM ( # /
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