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Test cases for Twisted component architecture.
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__module__� __qualname__r r r r r r r � r c @ � e Zd Zdd� ZdS )�IAdeptc C s t � ��N)�NotImplementedErrorr r r r � adaptorFunc s zIAdept.adaptorFuncN)r r r r! r r r r r � r c @ r )�IElapsedc C � dS )z
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Nr r r r r � elapsedFunc# � zIElapsed.elapsedFuncN�r r r r% r r r r r# " r" r# c @ s e Zd Zdd� Zdd� ZdS )�Adeptc C s || _ d| _d S �Nr ��originalr �r �origr r r �__init__+ �
zAdept.__init__c C s | j d | _ | j | j�� fS r )r r+ r r r r r r! / s zAdept.adaptorFuncN)r r r r. r! r r r r r( ) s r( c @ r )�Elapsedc C r$ r r r r r r r% 6 � zElapsed.elapsedFuncNr' r r r r r0 4 � r0 c @ � e Zd ZdS )�ACompN�r r r r r r r r4 : � r4 c @ r3 )�BCompNr5 r r r r r7 > r6 r7 c @ r3 )�CCompNr5 r r r r r8 B r6 r8 c @ r3 )�ITestNr5 r r r r r9 F r6 r9 c @ r3 )�ITest2Nr5 r r r r r: J r6 r: c @ r3 )�ITest3Nr5 r r r r r; N r6 r; c @ r3 )�ITest4Nr5 r r r r r< R r6 r< c @ r )�Testc C � d S r r r, r r r r. X r1 z
Test.__init__N�r r r r. r r r r r= V r2 r= c @ r )�Test2r c C r> r r r, r r r r. ` r1 zTest2.__init__N)r r r �temporaryAdapterr. r r r r r@ \ s r@ c @ r )�RegistryUsingMixinzH
Mixin for test cases which modify the global registry somehow.
c C s, t � }| �td|� t|�}| �t|� dS )z�
Configure L{twisted.python.components.registerAdapter} to mutate an
alternate registry to improve test isolation.
�globalRegistryN)r �patchr r
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addCleanupr )r �scratchRegistry�hookr r r �setUpi s zRegistryUsingMixin.setUpN)r r r �__doc__rH r r r r rB d � rB c @ s` e Zd ZdZdd� Zdd� Zdd� Zdd � Zd
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dd� Z dd� Z dd� Z
dS )�ComponentizedTestsz8
Simple test case for caching in Componentized.
c C s8 t �| � t�ttt� t�ttt� t�ttt � d S r )
rB rH r �registerAdapterr= r4 r9 r; r@ r: r r r r rH ~ s
zComponentizedTests.setUpc C sj t �ttt� t �ttt� t� }|�t��� dks J �|�t��� dks'J �tt|��� � dks3J �d S )N)r r )� rM r )
r rL r( r r r0 r# � getComponentr! r% �r �cr r r �testComponentized� s z$ComponentizedTests.testComponentizedc C s� t � }|�t�}|�t�}|�t�}|�t�}||u s J �||us#J �|�|� |�t�}|�t�}||u s8J �||us>J �d S r )r8 rN r9 r: �removeComponent)r rP �co1�co2�co3�co4�co5�co6r r r �testInheritanceAdaptation� s
z,ComponentizedTests.testInheritanceAdaptationc C s> t � }|�t�}|�t�}|�t�}| �|� | �||� d S r )r8 rN r9 r; r< � assertIsNone�assertIs)r rP rS rU rV r r r �testMultiAdapter� s
z#ComponentizedTests.testMultiAdapterc C sN t �� }t� }| �|�t|�|� | �|jt|d�|� | �|�t�d� dS )z�
Test that a default value specified to Componentized.getComponent if
there is no component for the requested interface.
)�defaultN)r �
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componentizedr] r r r �test_getComponentDefaults� s
z,ComponentizedTests.test_getComponentDefaultsc C s< t �� }|�tt� |�t�}| �|j|� | �|t� dS )z�
C{Componentized.setAdapter} sets a component for an interface by
wrapping the instance with the given adapter class.
N) r r^ �
setAdapterr r( rN � assertEqualr+ �assertIsInstance�r r` � componentr r r �test_setAdapter� s
z"ComponentizedTests.test_setAdapterc C s> t �� }|jtdd� |�t�}| �|j|� | �|t� dS )z�
C{Componentized.setAdapter} adapts the instance by wrapping it with
given adapter class, then stores it using C{addComponent}.
T)� ignoreClassN) r r^ �
addAdapterr( rN r rc r+ rd re r r r �test_addAdapter� s
z"ComponentizedTests.test_addAdapterc C s0 t �� }t� }|�t|� | �|�t�|� dS )zx
C{Componentized.setComponent} stores the given component using the
given interface as the key.
N)r r^ r_ � setComponentr9 r[ rN �r r` �objr r r �test_setComponent� s z$ComponentizedTests.test_setComponentc C s8 t �� }t� }|�t|� |�t� | �|�t�� dS )zm
C{Componentized.setComponent} removes the cached component for the
given interface.
N)r r^ r_ rk r9 �unsetComponentrZ rN rl r r r �test_unsetComponent� s
z&ComponentizedTests.test_unsetComponentc C s8 t �� }|�td� t|�}| �d|� | �d|� dS )zR
C{ReprableComponentized} has a C{__repr__} that lists its cache.
�hellor9 N)r �ReprableComponentizedrk r9 �repr�assertIn)r �rc�resultr r r �test_reprableComponentized� s
z-ComponentizedTests.test_reprableComponentizedN)r r r rI rH rQ rY r\ ra rg rj rn rp rw r r r r rK y s
rK c @ r )� AdapterTestszTest adapters.c C s2 t � }t|�}| �tjt|� | �t|d �� d S r )r_ r( � assertRaisesr � CannotAdaptr9 rZ )r �o�ar r r �testAdapterGetComponent� s z$AdapterTests.testAdapterGetComponentN)r r r rI r} r r r r rx � r rx c @ r3 )�IMetaNr5 r r r r r~ � r6 r~ c @ r )� MetaAdderc C s | j j| S r r* �r r r r r �add� � z
MetaAdder.addN�r r r r� r r r r r � r2 r c @ r )�BackwardsAdderc C s | j j| S r r* r� r r r r� � r� zBackwardsAdder.addNr� r r r r r� � r2 r� c @ r )�
MetaNumberz9
Integer wrapper for Interface adaptation tests.
c C �
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zMetaNumber.__init__N)r r r rI r. r r r r r� � rJ r� c @ r )�ComponentNumberc C s d| _ tj�| � d S r) )r r r^ r. r r r r r. s zComponentNumber.__init__Nr? r r r r r� r" r� c @ � e Zd ZdZdd� Zdd� ZdS )�ComponentAdderz0
Adder for componentized adapter tests.
c C s t j�| |� | jj| _d S r )r �Adapterr. r+ r �r r+ r r r r. s zComponentAdder.__init__c C s | j |7 _ | j S r r r� r r r r� s zComponentAdder.addN)r r r rI r. r� r r r r r� s r� c @ r )�IAttrXz=
Base interface for test of adapter with C{__cmp__}.
c C r$ )z!
Return a value.
Nr r r r r �x" r& zIAttrX.xN�r r r rI r� r r r r r� rJ r� c @ r )�IAttrXXz@
Adapted interface for test of adapter with C{__cmp__}.
c C r$ )z+
Return a tuple of values.
Nr r r r r �xx- r& z
IAttrXX.xxN)r r r rI r� r r r r r� ( rJ r� c @ r )�XcellentzG
L{IAttrX} implementation for test of adapter with C{__cmp__}.
c C r$ )z;
Return a value.
@return: a value
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Xcellent.xNr� r r r r r� 3 s r� c @ s, e Zd ZdZdZdd� Zdd� Zdd� Zd S )
�DoubleXAdapterz
Adapter with __cmp__.
�* c C r� r )r+ r� r r r r. J r� zDoubleXAdapter.__init__c C s | j �� | j �� fS r )r+ r� r r r r r� M s zDoubleXAdapter.xxc C s t | j|j�S r )r r )r �otherr r r �__cmp__P s zDoubleXAdapter.__cmp__N)r r r rI r r. r� r� r r r r r� B s r� c @ s$ e Zd Zdd� Zdd� Zdd� ZdS )�MetaInterfaceTestsc C s0 t �ttt� td�}| �t|��d�d� dS )zS
Registered adapters can be used to adapt classes to an interface.
r rM N)r rL r r� r~ rc r� )r �nr r r �
test_basicU s z MetaInterfaceTests.test_basicc C sJ t �ttt� t� }t|��d� t|��d� | �t|��d�d� d S )Nr � )r rL r� r� r~ r� rc rO r r r � testComponentizedInteraction] s
z/MetaInterfaceTests.testComponentizedInteractionc C s, t �ttt� tt� �}| �d|�� � d S )N)r� r� )r rL r� r� r� r� rc r� )r r� r r r �testAdapterWithCmpd s
z%MetaInterfaceTests.testAdapterWithCmpN)r r r r� r� r� r r r r r� T s r� c @ s� e Zd ZdZdd� Zdd� Zdd� Zdd � Zd
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dd� Zdd� Zdd� Zd d � Zd d � Zd S )!�RegistrationTestsz)
Tests for adapter registration.
c C s0 dd� }t �||t� | �t �|td�|� dS )z�
Register an adapter with L{components.registerAdapter} for the given
class or interface and verify that the adapter can be looked up with
L{components.getAdapterFactory}.
c S r> r r �r{ r r r �<lambda>v r& zGRegistrationTests._registerAdapterForClassOrInterface.<locals>.<lambda>N�r rL r9 r[ �getAdapterFactory�r r+ �adapterr r r �#_registerAdapterForClassOrInterfacep s z5RegistrationTests._registerAdapterForClassOrInterfacec C � G dd� d�}| � |�S )za
Test that an adapter from a class can be registered and then looked
up.
c @ r3 )zCRegistrationTests.test_registerAdapterForClass.<locals>.TheOriginalNr5 r r r r � TheOriginal� r6 r� )r� �r r� r r r � test_registerAdapterForClassz �
z.RegistrationTests.test_registerAdapterForClassc C �
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Test that an adapter from an interface can be registered and then
looked up.
)r� r: r r r r � test_registerAdapterForInterface� �
z2RegistrationTests.test_registerAdapterForInterfacec C sL dd� }dd� }t �||t� | �tt j||t� | �t �|td�|� dS )z�
Verify that L{components.registerAdapter} raises L{ValueError} if the
from-type/interface and to-interface pair is not unique.
c S r$ �NFr r� r r r r� � r& zHRegistrationTests._duplicateAdapterForClassOrInterface.<locals>.<lambda>c S r$ �NTr r� r r r r� � r& N)r rL r9 ry �
ValueErrorr[ r� )r r+ � firstAdapter�
secondAdapterr r r �$_duplicateAdapterForClassOrInterface� s �z6RegistrationTests._duplicateAdapterForClassOrInterfacec C r� )zz
Test that attempting to register a second adapter from a class
raises the appropriate exception.
c @ r3 )zDRegistrationTests.test_duplicateAdapterForClass.<locals>.TheOriginalNr5 r r r r r� � r6 r� )r� r� r r r � test_duplicateAdapterForClass� r� z/RegistrationTests.test_duplicateAdapterForClassc C r� )z
Test that attempting to register a second adapter from an interface
raises the appropriate exception.
)r� r: r r r r �!test_duplicateAdapterForInterface� r� z3RegistrationTests.test_duplicateAdapterForInterfacec C s� dd� }dd� }G dd� dt �}t�|||� dt_zt�|||� | �t�||d�|� W dt_ndt_w | �ttj|||� | �t�||d�|� dS ) z�
Verify that when C{components.ALLOW_DUPLICATES} is set to C{True}, new
adapter registrations for a particular from-type/interface and
to-interface pair replace older registrations.
c S r$ r� r r� r r r r� � r& zORegistrationTests._duplicateAdapterForClassOrInterfaceAllowed.<locals>.<lambda>c S r$ r� r r� r r r r� � r& c @ r3 )zSRegistrationTests._duplicateAdapterForClassOrInterfaceAllowed.<locals>.TheInterfaceNr5 r r r r � TheInterface� r6 r� TNF)r r rL �ALLOW_DUPLICATESr[ r� ry r� )r r+ r� r� r� r r r �+_duplicateAdapterForClassOrInterfaceAllowed� s$ � ��z=RegistrationTests._duplicateAdapterForClassOrInterfaceAllowedc C r� )z�
Test that when L{components.ALLOW_DUPLICATES} is set to a true
value, duplicate registrations from classes are allowed to override
the original registration.
c @ r3 )zKRegistrationTests.test_duplicateAdapterForClassAllowed.<locals>.TheOriginalNr5 r r r r r� � r6 r� )r� r� r r r �$test_duplicateAdapterForClassAllowed� s
z6RegistrationTests.test_duplicateAdapterForClassAllowedc C s G dd� dt �}| �|�S )z�
Test that when L{components.ALLOW_DUPLICATES} is set to a true
value, duplicate registrations from interfaces are allowed to
override the original registration.
c @ r3 )zORegistrationTests.test_duplicateAdapterForInterfaceAllowed.<locals>.TheOriginalNr5 r r r r r� � r6 r� )r r� r� r r r �(test_duplicateAdapterForInterfaceAllowed� s
z:RegistrationTests.test_duplicateAdapterForInterfaceAllowedc C sH dd� }t �||tt� | �t �|td�|� | �t �|td�|� dS )zh
Verify that an adapter can be registered for multiple to-interfaces at a
time.
c S r> r r r� r r r r� � r& zJRegistrationTests._multipleInterfacesForClassOrInterface.<locals>.<lambda>N)r rL r9 r: r[ r� r� r r r �&_multipleInterfacesForClassOrInterface� s z8RegistrationTests._multipleInterfacesForClassOrInterfacec C r� )zi
Test the registration of an adapter from a class to several
interfaces at once.
c @ r3 )zFRegistrationTests.test_multipleInterfacesForClass.<locals>.TheOriginalNr5 r r r r r� � r6 r� )r� r� r r r � test_multipleInterfacesForClass� r� z1RegistrationTests.test_multipleInterfacesForClassc C r� )zn
Test the registration of an adapter from an interface to several
interfaces at once.
)r� r; r r r r �#test_multipleInterfacesForInterface� r� z5RegistrationTests.test_multipleInterfacesForInterfacec C sl dd� }dd� }G dd� d|�}t �||t� t �||t� | �t �|td�|� | �t �|td�|� dS )a
Verify that a new adapter can be registered for a particular
to-interface from a subclass of a type or interface which already has an
adapter registered to that interface and that the subclass adapter takes
precedence over the base class adapter.
c S r$ r� r r� r r r r� r& zSRegistrationTests._subclassAdapterRegistrationForClassOrInterface.<locals>.<lambda>c S r$ r� r r� r r r r� r& c @ r3 )zVRegistrationTests._subclassAdapterRegistrationForClassOrInterface.<locals>.TheSubclassNr5 r r r r � TheSubclass
r6 r� Nr� )r r+ r� r� r� r r r �/_subclassAdapterRegistrationForClassOrInterface s �zARegistrationTests._subclassAdapterRegistrationForClassOrInterfacec C r� )z~
Test that an adapter to a particular interface can be registered
from both a class and its subclass.
c @ r3 )zORegistrationTests.test_subclassAdapterRegistrationForClass.<locals>.TheOriginalNr5 r r r r r� r6 r� )r� r� r r r �(test_subclassAdapterRegistrationForClass r� z:RegistrationTests.test_subclassAdapterRegistrationForClassc C r� )z�
Test that an adapter to a particular interface can be registered
from both an interface and its subclass.
)r� r: r r r r �,test_subclassAdapterRegistrationForInterface r� z>RegistrationTests.test_subclassAdapterRegistrationForInterfaceN)r r r rI r� r� r� r� r� r� r� r� r� r� r� r� r� r� r� r r r r r� k s"
r� c @ s e Zd ZdZed�Zdd� ZdS )�IProxiedInterfacez=
An interface class for use by L{proxyForInterface}.
z@
An example declared attribute, which should be proxied.c O r$ )z:
A sample method which should be proxied.
Nr )r| �kwr r r �yay1 r& zIProxiedInterface.yayN)r r r rI r �ifaceAttributer� r r r r r� ' s � r� c @ r )�IProxiedSubInterfacezS
An interface that derives from another for use with L{proxyForInterface}.
c C r$ )zD
A different sample method which should be proxied.
Nr r r r r �boo< r& zIProxiedSubInterface.booN�r r r rI r� r r r r r� 7 rJ r� c @ r� )�Yayablez�
A provider of L{IProxiedInterface} which increments a counter for
every call to C{yay}.
@ivar yays: The number of times C{yay} has been called.
c C s d| _ g | _d S r) )�yays�yayArgsr r r r r. M r/ zYayable.__init__c O s$ | j d7 _ | j�||f� | j S )z)
Increment C{self.yays}.
r )r� r� �append�r r| r� r r r r� Q s z Yayable.yayN)r r r rI r. r� r r r r r� B s r� c @ s( e Zd ZdZdZdZdd� Zdd� ZdS )�Booablez3
An implementation of IProxiedSubInterface
Fc O �
d| _ dS )z;
Mark the fact that 'yay' has been called.
TN)�yayedr� r r r r� e �
z Booable.yayc C r� )z<
Mark the fact that 'boo' has been called.1
TN)�booedr r r r r� k r� z Booable.booN)r r r rI r� r� r� r� r r r r r� Z s r� c @ r� )�IMultipleMethodsz-
An interface with multiple methods.
c C r$ )z4
The first method. Should return 1.
Nr r r r r � methodOnew r& zIMultipleMethods.methodOnec C r$ )z5
The second method. Should return 2.
Nr r r r r � methodTwo| r& zIMultipleMethods.methodTwoN�r r r rI r� r� r r r r r� r s r� c @ r� )�MultipleMethodImplementorz:
A precise implementation of L{IMultipleMethods}.
c C r$ )z
@return: 1
r r r r r r r� � � z#MultipleMethodImplementor.methodOnec C r$ )z
@return: 2
rM r r r r r r� � r� z#MultipleMethodImplementor.methodTwoNr� r r r r r� � s r� c @ s� e Zd ZdZdd� Zdd� Zdd� Zdd � Zd
d � Zd d
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dd� Z dd� Z dd� Z
dd� Zdd� Zdd� Zd d � Zd S ) �ProxyForInterfaceTestsz)
Tests for L{proxyForInterface}.
c C s$ t � }tt�|�}| �|j|� dS )z�
Proxy objects should have an C{original} attribute which refers to the
original object passed to the constructor.
N)r_ r r� r[ r+ )r r+ �proxyr r r �
test_original� s z$ProxyForInterfaceTests.test_originalc C s@ t t�}t� }||�}|�� | �|�� d� | �|jd� dS )z�
The class created from L{proxyForInterface} passes methods on an
interface to the object which is passed to its constructor.
rM N�r r� r� r� rc r� )r �klass�yayabler� r r r �test_proxyMethod� s z'ProxyForInterfaceTests.test_proxyMethodc sD t t�� G � fdd�d� �}t� }||�}|�� | �d|j� dS )z�
Methods of the class created from L{proxyForInterface} can be used with
the decorator-helper L{functools.wraps}.
c s" e Zd Ze� j�� fdd��ZdS )z?ProxyForInterfaceTests.test_decoratedProxyMethod.<locals>.klassc s | j jd7 _� �| �S r )r+ r� r� r ��baser r r� � s
zCProxyForInterfaceTests.test_decoratedProxyMethod.<locals>.klass.yayN)r r r r r� r r� r r r� � s r� rM Nr� )r r� r+ r� r r� r �test_decoratedProxyMethod� s z0ProxyForInterfaceTests.test_decoratedProxyMethodc sB t � }t� |_tt�|�� | �� j|j� | �t� fdd�� dS )zc
Proxy objects should proxy declared attributes, but not other
attributes.
c s � j S r )r� r �r� r r r� � s z<ProxyForInterfaceTests.test_proxyAttribute.<locals>.<lambda>N)r� r_ r� r r� r[ ry �AttributeError)r r� r r� r �test_proxyAttribute� s
z*ProxyForInterfaceTests.test_proxyAttributec C s0 t � }tt�|�}t� }||_| �|j|� dS )zv
The attributes that proxy objects proxy should be assignable and affect
the original object.
N)r� r r� r_ r� r[ �r r� r� �thingyr r r �test_proxySetAttribute� s
z-ProxyForInterfaceTests.test_proxySetAttributec C s0 t � }d|_tt�|�}|`| �t|d�� dS )zu
The attributes that proxy objects proxy should be deletable and affect
the original object.
Nr� )r� r� r r� � assertFalse�hasattr)r r� r� r r r �test_proxyDeleteAttribute� s
z0ProxyForInterfaceTests.test_proxyDeleteAttributec C s6 t � }tt�|�}| �|�� d� | �|�� d� dS )z�
[Regression test] The proxy should send its method calls to the correct
method, not the incorrect one.
r rM N)r� r r� rc r� r� )r �multir� r r r �test_multipleMethods� s z+ProxyForInterfaceTests.test_multipleMethodsc C sJ G dd� dt t��}t� }||�}| �|jd� |�� | �|jd� dS )zP
It is possible to subclass the result of L{proxyForInterface}.
c @ r )zAProxyForInterfaceTests.test_subclassing.<locals>.SpecializedProxyzU
A specialized proxy which can decrement the number of yays.
c S s | j jd8 _dS )z?
Decrement the number of yays.
r N)r+ r� r r r r r� � s zEProxyForInterfaceTests.test_subclassing.<locals>.SpecializedProxy.booNr� r r r r �SpecializedProxy� rJ r� r ���N)r r� r� rc r� r� )r r� r� �specialr r r �test_subclassing� s z'ProxyForInterfaceTests.test_subclassingc C s t t�}| �|jd� dS )zQ
The name of a proxy class indicates which interface it proxies.
zA(Proxy for twisted.python.test.test_components.IProxiedInterface)N)r r� rc r �r r� r r r �test_proxyName s
�z%ProxyForInterfaceTests.test_proxyNamec C s t t�}| �t�|�� dS )zO
The resulting proxy implements the interface that it proxies.
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assertTrue�
implementedByr� r r r �test_implements s z&ProxyForInterfaceTests.test_implementsc C sb G dd� d�}|� }|� }||_ t�dd�}| �|�|�|j� |�d�}||� | �|j� dS )a\
_ProxyDescriptor's __get__ method should return the appropriate
attribute of its argument's 'original' attribute if it is invoked with
an object. If it is invoked with None, it should return a false
class-method emulator instead.
For some reason, Python's documentation recommends to define
descriptors' __get__ methods with the 'type' parameter as optional,
despite the fact that Python itself never actually calls the descriptor
that way. This is probably do to support 'foo.__get__(bar)' as an
idiom. Let's make sure that the behavior is correct. Since we don't
actually use the 'type' argument at all, this test calls it the
idiomatic way to ensure that signature works; test_proxyInheritance
verifies the how-Python-actually-calls-it signature.
c @ r )z>ProxyForInterfaceTests.test_proxyDescriptorGet.<locals>.SampleFc S s
d| _ d S r� )�calledr r r r rq & r� zDProxyForInterfaceTests.test_proxyDescriptorGet.<locals>.Sample.helloN)r r r r� rq r r r r �Sample# r r� rq r+ N)r+ r �_ProxyDescriptorrc �__get__rq r� r� )r r� � fakeProxy�
testObject�pd�fakeClassMethodr r r �test_proxyDescriptorGet s
z.ProxyForInterfaceTests.test_proxyDescriptorGetc sp G dd� dt t��� G � fdd�d� �}t� }||�}| �|jddddd �d
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z�
Subclasses of the class returned from L{proxyForInterface} should be
able to upcall methods by reference to their superclass, as any normal
Python class can.
c @ s e Zd ZdZdS )zDProxyForInterfaceTests.test_proxyInheritance.<locals>.YayableWrapperzI
This class does not override any functionality.
N)r r r rI r r r r �YayableWrapper9 s r c s e Zd ZdZdZ� fdd�ZdS )zEProxyForInterfaceTests.test_proxyInheritance.<locals>.EnhancedWrapperz@
This class overrides the 'yay' method.
r c s* | j d7 _ � j| g|�R i |��d S )Nr � )� wrappedYaysr� )r r| �k�r r r r� E s zIProxyForInterfaceTests.test_proxyInheritance.<locals>.EnhancedWrapper.yayN)r r r rI r r� r r r r �EnhancedWrapper> s r r� � � � )r� �y� )r� r N)r r� r� rc r� r� �dict)r r r� �wrapperr r r �test_proxyInheritance2 s z,ProxyForInterfaceTests.test_proxyInheritancec C sB t t�}t� }||�}|�� |�� | �|j� | �|j� dS )z�
Proxies of subinterfaces generated with proxyForInterface should allow
access to attributes of both the child and the base interfaces.
N)r r� r� r� r� r� r� r� )r �
proxyClass�booabler� r r r �test_interfaceInheritanceN s z0ProxyForInterfaceTests.test_interfaceInheritancec C s~ t � }t� |_ttdd�|�}| �|j|� | �|�� d� | �|j|j� t� }||_| �|j|� |`| � t
|d�� dS )a
The original attribute name can be customized via the
C{originalAttribute} argument of L{proxyForInterface}: the attribute
should change, but the methods of the original object should still be
callable, and the attributes still accessible.
�foo)�originalAttributer r� N) r� r_ r� r r� r[ r rc r� r� r� r� r r r �test_attributeCustomization[ s z2ProxyForInterfaceTests.test_attributeCustomizationN)r r r rI r� r� r� r� r� r� r� r� r� r� r� r
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