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Utilities and helpers for simulating a network
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interfaces)�TCP4ClientEndpoint�TCP4ServerEndpoint)�ConnectionRefusedError)�Factory�Protocol)�MemoryReactorClock)�Failurec �$ � e Zd Zd� Zdefd�Zd� Zy)�TLSNegotiationc �< � || _ || _ d| _ || _ y )NF)�obj� connectState�sent� readyToSend)�selfr r s �4/usr/lib/python3/dist-packages/twisted/test/iosim.py�__init__zTLSNegotiation.__init__ s � ���� (����� �'��� �returnc �" � d| j �d�S )NzTLSNegotiation(�))r �r s r �__repr__zTLSNegotiation.__repr__! s � � ���� �A�.�.r c � � | j j |j � s t � |_ |j � y y �N)r � iosimVerify�NativeOpenSSLError�disconnectReason�loseConnection)r �other�tpts r �pretendToVerifyz TLSNegotiation.pretendToVerify$ s6 � � �x�x�#�#�E�I�I�.�#5�#7�C� � � � � � /r N)�__name__�
__module__� __qualname__r �strr r' � r r r r s � �(� /�#� /�!r r c � � e Zd ZdZy)� FakeAddressz]
The default address type for the host and peer of L{FakeTransport}
connections.
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FakeTransportz�
A wrapper around a file-like object to make it behave as a Transport.
This doesn't actually stream the file to the attached protocol,
and is thus useful mainly as a utility for debugging protocols.
c �* � t t | � � S r )�int�next)�counters r �<lambda>zFakeTransport.<lambda>> s � ��T�'�]�AS� r r zConnection doneNc � � || _ || _ g | _ | j � | _ |�
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@param protocol: This transport will deliver bytes to this protocol.
@type protocol: L{IProtocol} provider
@param isServer: C{True} if this is the accepting side of the
connection, C{False} if it is the connecting side.
@type isServer: L{bool}
@param hostAddress: The value to return from C{getHost}. L{None}
results in a new L{FakeAddress} being created to use as the value.
@type hostAddress: L{IAddress} provider or L{None}
@param peerAddress: The value to return from C{getPeer}. L{None}
results in a new L{FakeAddress} being created to use as the value.
@type peerAddress: L{IAddress} provider or L{None}
N)�protocol�isServer�stream� _nextserial�serialr. � hostAddress� peerAddress)r r8 r9 r= r> s r r zFakeTransport.__init__G sS � �" !��
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disconnecting�tls�tlsbuf�appendr: )r �datas r �writezFakeTransport.writej s< � � � � � � �8�8� � �K�K� � �t� $� �K�K� � �t� $r c �l � | j r(| j s| j j � y y y r ��producer�streamingProducer�resumeProducingr s r �_checkProducerz FakeTransport._checkProducert s* � � �=�=��!7�!7� �M�M� )� )� +� "8�=r c �F � || _ || _ |s|j � yy)z.
From abstract.FileDescriptor
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�!*�� �� � $� $� &� r c � � d | _ y r )rM r s r �unregisterProducerz FakeTransport.unregisterProducer� s � � ��
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stopConsumingzFakeTransport.stopConsuming� s � � � � �!� ��� r c �D � | j dj |� � y )Nr )rJ �join)r �iovecs r �
writeSequencezFakeTransport.writeSequence� s � � �
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For the time being, this is the same as loseConnection; no buffered
data will be lost.
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"��r c � � | j � t � }n | j }| j j t |� � y r )rF r" r# r8 �connectionLostr )r �errs r �reportDisconnectz FakeTransport.reportDisconnect� s7 � � �8�8� � %�&�C��'�'�C� �
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Identify this transport/event source to the logging system.
�iosimr, r s r � logPrefixzFakeTransport.logPrefix� s � � r c � � | j S r )r> r s r �getPeerzFakeTransport.getPeer� � � �� � � r c � � | j S r )r= r s r �getHostzFakeTransport.getHost� rj r c � � y r r, r s r rO z FakeTransport.resumeProducing� � � � r c � � y r r, r s r �pauseProducingz FakeTransport.pauseProducing� rn r c �$ � | j � y r )r$ r s r �
stopProducingzFakeTransport.stopProducing� s � � ��� r c �R � | j |z }t ||� | _ g | _ y r )r9 r rF rG )r �contextFactory�beNormalr s r �startTLSzFakeTransport.startTLS� s' � � �}�}�x�/� �!�.�,�?����� r c �� � | j }|rg | _ dj |� S | j �4| j j r d| j _ | j S yy)z�
Get the pending writes from this transport, clearing them from the
pending buffer.
@return: the bytes written with C{transport.write}
@rtype: L{bytes}
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ISSLTransportr r8 � dataReceived)r �buf�bs r �bufferReceivedz FakeTransport.bufferReceived� s� � � �c�>� *��8�8�'� '�'� �x�x�}�}����(�(��d�3� ��� "&���d���4�;��"�"�1�%� ��z�'?�'?�@� (,����$� �M�M� &� &�s� +r c � � y r r, r s r �getTcpKeepAlivez FakeTransport.getTcpKeepAlive� rn r c � � y r r, r s r �
getTcpNoDelayzFakeTransport.getTcpNoDelay� rn r c � � y r r, r s r �loseWriteConnectionz!FakeTransport.loseWriteConnection� rn r c � � y r r, �r �enableds r �setTcpKeepAlivez FakeTransport.setTcpKeepAlive� rn r c � � y r r, r� s r �
setTcpNoDelayzFakeTransport.setTcpNoDelay� rn r )NN)T)+r( r) r* r/ � staticmethod� itertools�countr; �closedrE � disconnectedr �ConnectionDoner# rM rN rF r r+ r rJ rP rS rU rW r[ r$ r` rd rg ri rl rO rp rr rv rx r r� r� r� r� r� r, r r r1 r1 5 s� � �� �o�i�o�o�.?� S�T�K�
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Create and return a new in-memory transport hooked up to the given protocol.
@param clientProtocol: The client protocol to use.
@type clientProtocol: L{IProtocol} provider
@return: The transport.
@rtype: L{FakeTransport}
F�r9 �r1 )�clientProtocols r �makeFakeClientr� � s � � � �%� 8�8r c � � t | d�� S )z�
Create and return a new in-memory transport hooked up to the given protocol.
@param serverProtocol: The server protocol to use.
@type serverProtocol: L{IProtocol} provider
@return: The transport.
@rtype: L{FakeTransport}
Tr� r� )�serverProtocols r �makeFakeServerr�
s � � � �$� 7�7r c �( � e Zd ZdZdd�Zdd�Zdd�Zy)�IOPumpz�
Utility to pump data between clients and servers for protocol testing.
Perhaps this is a utility worthy of being in protocol.py?
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t � }|| _ y r )�client�server�clientIO�serverIO�debugr
�clock)r r� r� r� r� r� r� s r r zIOPump.__init__ s9 � � �� � �� � ��
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Pump until there is no more input or output.
Returns whether any data was moved.
Fi� TzToo long)�range�pump)r r� � advanceClock�result�_s r �flushz IOPump.flush( sE � � ���t�� !�A��y�y�� �-� ��� �
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!�j� �1r c �\ � |r| j j d� | j s|r t d� | j j � }| j j � }| j j � | j j � | j s|r=t d� |rt dt |� z � |rt dt |� z � |r| j j |� |r| j j |� |s|ry| j j rl| j j sV| j s|r t d� d| j _ d| j _
| j j � y| j j rl| j j sV| j s|r t d� d| j _ d| j _
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z�
Move data back and forth, while also triggering any currently pending
scheduled calls (i.e. C{callLater(0, f)}).
Returns whether any data was moved.
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r� �advancer� �printr� rx r� rP �reprr rE r� rd )r r� r� �sData�cDatas r r� z IOPump.pump8 s� � � � �J�J� � �q� !� �:�:�� �,� ��
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Create a new L{IOPump} connecting two protocols.
@param serverProtocol: The protocol to use on the accepting side of the
connection.
@type serverProtocol: L{IProtocol} provider
@param serverTransport: The transport to associate with C{serverProtocol}.
@type serverTransport: L{FakeTransport}
@param clientProtocol: The protocol to use on the initiating side of the
connection.
@type clientProtocol: L{IProtocol} provider
@param clientTransport: The transport to associate with C{clientProtocol}.
@type clientTransport: L{FakeTransport}
@param debug: A flag indicating whether to log information about what the
L{IOPump} is doing.
@type debug: L{bool}
@param greet: Should the L{IOPump} be L{flushed <IOPump.flush>} once before
returning to put the protocols into their post-handshake or
post-server-greeting state?
@type greet: L{bool}
@param clock: An optional L{Clock}. Pumping the resulting L{IOPump} will
also increase clock time by a small increment.
@return: An L{IOPump} which connects C{serverProtocol} and
C{clientProtocol} and delivers bytes between them when it is pumped.
@rtype: L{IOPump}
�r� )�makeConnectionr� r� )r� �serverTransportr� �clientTransportr� �greetr� r� s r �connectr� e sP � �T �!�!�/�2��!�!�/�2� �����
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Connect a given server and client class to each other.
@param ServerClass: a callable that produces the server-side protocol.
@type ServerClass: 0-argument callable returning L{IProtocol} provider.
@param ClientClass: like C{ServerClass} but for the other side of the
connection.
@type ClientClass: 0-argument callable returning L{IProtocol} provider.
@param clientTransportFactory: a callable that produces the transport which
will be attached to the protocol returned from C{ClientClass}.
@type clientTransportFactory: callable taking (L{IProtocol}) and returning
L{FakeTransport}
@param serverTransportFactory: a callable that produces the transport which
will be attached to the protocol returned from C{ServerClass}.
@type serverTransportFactory: callable taking (L{IProtocol}) and returning
L{FakeTransport}
@param debug: Should this dump an escaped version of all traffic on this
connection to stdout for inspection?
@type debug: L{bool}
@param greet: Should the L{IOPump} be L{flushed <IOPump.flush>} once before
returning to put the protocols into their post-handshake or
post-server-greeting state?
@type greet: L{bool}
@param clock: An optional L{Clock}. Pumping the resulting L{IOPump} will
also increase clock time by a small increment.
@return: the client protocol, the server protocol, and an L{IOPump} which,
when its C{pump} and C{flush} methods are called, will move data
between the created client and server protocol instances.
@rtype: 3-L{tuple} of L{IProtocol}, L{IProtocol}, L{IOPump}
r� )r� ) � ServerClass� ClientClass�clientTransportFactory�serverTransportFactoryr� r� r� �c�s�cio�sios r �connectedServerAndClientr� � sE � �\ �
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Should the client and server described by the arguments be connected to
each other, i.e. do their port numbers match?
@param clientInfo: the args for connectTCP
@type clientInfo: L{tuple}
@param serverInfo: the args for listenTCP
@type serverInfo: L{tuple}
@return: If they do match, return factories for the client and server that
should connect; otherwise return L{None}, indicating they shouldn't be
connected.
@rtype: L{None} or 2-L{tuple} of (L{ClientFactory},
L{IProtocolFactory})
Nr, ) �
clientInfo�
serverInfo�
clientHost�
clientPort�
clientFactory�
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serverBacklog�serverInterfaces r �_factoriesShouldConnectr� � s? � �. �
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A L{ConnectionCompleter} can cause synthetic TCP connections established by
L{MemoryReactor.connectTCP} and L{MemoryReactor.listenTCP} to succeed or
fail.
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Create a L{ConnectionCompleter} from a L{MemoryReactor}.
@param memoryReactor: The reactor to attach to.
@type memoryReactor: L{MemoryReactor}
N)�_reactor)r �
memoryReactors r r z ConnectionCompleter.__init__� s � � &��
r c � � | j }t |j � D ]� \ }}|j D ]� }t ||� }|s�|j j |� |j j |� |\ }}|j d� } |j d� }
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Complete a single TCP connection established on this
L{ConnectionCompleter}'s L{MemoryReactor}.
@param debug: A flag; whether to dump output from the established
connection to stdout.
@type debug: L{bool}
@return: a pump for the connection, or L{None} if no connection could
be established.
@rtype: L{IOPump} or L{None}
N) r� � enumerate�
tcpClients�
tcpServersr� �remove�
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� r c � � | j j j d� d j | j j j d� |� y)z�
Fail a single TCP connection established on this
L{ConnectionCompleter}'s L{MemoryReactor}.
@param reason: the reason to provide that the connection failed.
@type reason: L{Failure}
r � N)r� r� r� �clientConnectionFailedr� )r �reasons r �failOncez ConnectionCompleter.failOnce$ sF � �
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Create an endpoint that can be fired on demand.
@param debug: A flag; whether to dump output from the established
connection to stdout.
@type debug: L{bool}
@return: A client endpoint, and an object that will cause one of the
L{Deferred}s returned by that client endpoint.
@rtype: 2-L{tuple} of (L{IStreamClientEndpoint}, L{ConnectionCompleter})
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