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��aI �sphinx.addnodes��document���)��}�(� rawsource�� ��children�]��docutils.nodes��section���)��}�(hhh]�(h �title���)��}�(h�The global lock�h]�h �Text����The global lock�����}�(hh�parent�hhh�source�N�line�Nuba� attributes�}�(�ids�]��classes�]��names�]��dupnames�]��backrefs�]�u�tagname�hhhhhh�'/home/user/w/python-llfuse/rst/lock.rst�hKubh � paragraph���)��}�(hX> Python-LLFUSE uses a global lock to synchronize concurrent requests. Since the GIL already enforces that Python threads do not run concurrently, this does not result in any additional performance penalties. However, the use of an explicit lock allows direct control over which Python thread is running at a given time.�h]�hX> Python-LLFUSE uses a global lock to synchronize concurrent requests. Since the GIL already enforces that Python threads do not run concurrently, this does not result in any additional performance penalties. However, the use of an explicit lock allows direct control over which Python thread is running at a given time.�����}�(hh0hh.hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hKhhhhubh-)��}�(h��Request handlers will always be called with the global lock acquired. However, they may release the global lock for potentially time consuming operations (like network or disk I/O), or to give other threads a chance to run during longer computations.�h]�h��Request handlers will always be called with the global lock acquired. However, they may release the global lock for potentially time consuming operations (like network or disk I/O), or to give other threads a chance to run during longer computations.�����}�(hh>hh<hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hK hhhhubh-)��}�(h��Non-request handling threads may acquire the global lock to ensure that the execution of a particular code block will not be interrupted by any request handlers.�h]�h��Non-request handling threads may acquire the global lock to ensure that the execution of a particular code block will not be interrupted by any request handlers.�����}�(hhLhhJhhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hKhhhhubh-)��}�(hX� Obviously, any method that directly or indirectly releases the global lock must be prepared to be called again while it has released the lock. In addition, it (and all its callers) must not hold any prior locks, since this may lead to deadlocks when re-acquiring the global lock. For this reason it is crucial that every method that directly or indirectly releases the lock is explicitly marked as such.�h]�hX� Obviously, any method that directly or indirectly releases the global lock must be prepared to be called again while it has released the lock. In addition, it (and all its callers) must not hold any prior locks, since this may lead to deadlocks when re-acquiring the global lock. For this reason it is crucial that every method that directly or indirectly releases the lock is explicitly marked as such.�����}�(hhZhhXhhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hKhhhhubh-)��}�(h�dThe global lock is controlled with the `lock` and `lock_released` attributes of the `llfuse` module:�h]�(h�'The global lock is controlled with the �����}�(h�'The global lock is controlled with the �hhfhhhNhNubh �pending_xref���)��}�(h�`lock`�h]�h �literal���)��}�(hhsh]�h�lock�����}�(hhhhwubah}�(h ]�h"]�(�xref��py��py-obj�eh$]�h&]�h(]�uh*huhhqubah}�(h ]�h"]�h$]�h&]�h(]��refdoc��lock�� refdomain�h��reftype��obj��refexplicit���refwarn��� py:module��llfuse��py:class�N� reftarget��lock�uh*hohh+hKhhfubh� and �����}�(h� and �hhfhhhNhNubhp)��}�(h�`lock_released`�h]�hv)��}�(hh�h]�h� lock_released�����}�(hhhh�ubah}�(h ]�h"]�(h��py��py-obj�eh$]�h&]�h(]�uh*huhh�ubah}�(h ]�h"]�h$]�h&]�h(]��refdoc�h�� refdomain�h��reftype��obj��refexplicit���refwarn��h�h�h�Nh�� lock_released�uh*hohh+hKhhfubh� attributes of the �����}�(h� attributes of the �hhfhhhNhNubhp)��}�(h�`llfuse`�h]�hv)��}�(hh�h]�h�llfuse�����}�(hhhh�ubah}�(h ]�h"]�(h��py��py-obj�eh$]�h&]�h(]�uh*huhh�ubah}�(h ]�h"]�h$]�h&]�h(]��refdoc�h�� refdomain�hьreftype��obj��refexplicit���refwarn��h�h�h�Nh��llfuse�uh*hohh+hKhhfubh� module:�����}�(h� module:�hhfhhhNhNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hKhhhhubh �index���)��}�(hhh]�h}�(h ]�h"]�h$]�h&]�h(]��entries�]�(�single�� lock_released (in module llfuse)��llfuse.lock_released�hNt�auh*h�hhhhhh+hNubh �desc���)��}�(hhh]�(h �desc_signature���)��}�(h� lock_released�h]�(h �desc_addname���)��}�(h�llfuse.�h]�h�llfuse.�����}�(hhhj hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�� xml:space��preserve�uh*j hj hhhh+hK&ubh � desc_name���)��}�(hj h]�h� lock_released�����}�(hhhj hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj hhhh+hK&ubeh}�(h ]�h�ah"]�h$]�h&]�h(]��module�h��class�h�fullname�j uh*j hh+hK!hj hhubh �desc_content���)��}�(hhh]�h-)��}�(h��Controls the global lock. This object can be used as a context manager for the ``with`` statement to execute a block of code with the global lock released.�h]�(h�OControls the global lock. This object can be used as a context manager for the �����}�(h�OControls the global lock. This object can be used as a context manager for the �hj9 hhhNhNubhv)��}�(h�``with``�h]�h�with�����}�(hhhjB ubah}�(h ]�h"]�h$]�h&]�h(]�uh*huhj9 ubh�D statement to execute a block of code with the global lock released.�����}�(h�D statement to execute a block of code with the global lock released.�hj9 hhhNhNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hK#hj6 hhubah}�(h ]�h"]�h$]�h&]�h(]�uh*j4 hj hhhh+hK&ubeh}�(h ]�h"]��py�ah$]�h&]�h(]��domain�jd �objtype�� attribute��desctype�jj �noindex��uh*h�hhhhhh+hNubh�)��}�(hhh]�h}�(h ]�h"]�h$]�h&]�h(]��entries�]�(h��lock (in module llfuse)��llfuse.lock�hNt�auh*h�hhhhhh+hNubj )��}�(hhh]�(j )��}�(h�lock�h]�(j )��}�(h�llfuse.�h]�h�llfuse.�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj~ hhhh+hK0ubj )��}�(hj� h]�h�lock�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj~ hhhh+hK0ubeh}�(h ]�jy ah"]�h$]�h&]�h(]�j1 h�j2 hj3 j� uh*j hh+hK'hj{ hhubj5 )��}�(hhh]�(h-)��}�(h��Controls the global lock. This object can be used as a context manager for the ``with`` statement to execute a block of code with the global lock acquired.�h]�(h�OControls the global lock. This object can be used as a context manager for the �����}�(h�OControls the global lock. This object can be used as a context manager for the �hj� hhhNhNubhv)��}�(h�``with``�h]�h�with�����}�(hhhj� ubah}�(h ]�h"]�h$]�h&]�h(]�uh*huhj� ubh�D statement to execute a block of code with the global lock acquired.�����}�(h�D statement to execute a block of code with the global lock acquired.�hj� hhhNhNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hK)hj� hhubh-)��}�(h��Note that this object resembles a ``threading.Lock`` instance but is an instance of the `llfuse.Lock` class which is quite different from ``threading.Lock``.�h]�(h�"Note that this object resembles a �����}�(h�"Note that this object resembles a �hj� hhhNhNubhv)��}�(h�``threading.Lock``�h]�h�threading.Lock�����}�(hhhj� ubah}�(h ]�h"]�h$]�h&]�h(]�uh*huhj� ubh�$ instance but is an instance of the �����}�(h�$ instance but is an instance of the �hj� hhhNhNubhp)��}�(h� `llfuse.Lock`�h]�hv)��}�(hj� h]�h�llfuse.Lock�����}�(hhhj� ubah}�(h ]�h"]�(h��py��py-obj�eh$]�h&]�h(]�uh*huhj� ubah}�(h ]�h"]�h$]�h&]�h(]��refdoc�h�� refdomain�j� �reftype��obj��refexplicit���refwarn��h�h�h�Nh��llfuse.Lock�uh*hohh+hK-hj� ubh�% class which is quite different from �����}�(h�% class which is quite different from �hj� hhhNhNubhv)��}�(h�``threading.Lock``�h]�h�threading.Lock�����}�(hhhj ubah}�(h ]�h"]�h$]�h&]�h(]�uh*huhj� ubh�.�����}�(h�.�hj� hhhNhNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hK-hj� hhubeh}�(h ]�h"]�h$]�h&]�h(]�uh*j4 hj{ hhhh+hK0ubeh}�(h ]�h"]��py�ah$]�h&]�h(]�jh j+ ji � attribute�jk j/ jl �uh*h�hhhhhh+hNubh-)��}�(h�,The `lock` object has the following methods:�h]�(h�The �����}�(h�The �hj0 hhhNhNubhp)��}�(h�`lock`�h]�hv)��}�(hj; h]�h�lock�����}�(hhhj= ubah}�(h ]�h"]�(h��py��py-obj�eh$]�h&]�h(]�uh*huhj9 ubah}�(h ]�h"]�h$]�h&]�h(]��refdoc�h�� refdomain�jG �reftype��obj��refexplicit���refwarn��h�h�h�Nh��lock�uh*hohh+hK1hj0 ubh�" object has the following methods:�����}�(h�" object has the following methods:�hj0 hhhNhNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hh+hK1hhhhubh�)��}�(hhh]�h}�(h ]�h"]�h$]�h&]�h(]��entries�]�(h��llfuse.Lock (class in llfuse)��llfuse.llfuse.Lock�hNt�auh*h�hhhhhNhNubj )��}�(hhh]�(j )��}�(h�llfuse.Lock�h]�(h �desc_annotation���)��}�(h�class �h]�h�class �����}�(hhhj{ hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*jy hju hhhh+hK:ubj )��}�(h�llfuse.�h]�h�llfuse.�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hju hhhh+hK:ubj )��}�(h�Lock�h]�h�Lock�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hju hhhh+hK:ubeh}�(h ]�jp ah"]�h$]�h&]�h(]�j1 h�j2 �llfuse�j3 �llfuse.Lock�uh*j hh+hK3hjr hhubj5 )��}�(hhh]�(h�)��}�(hhh]�h}�(h ]�h"]�h$]�h&]�h(]��entries�]�(h��*acquire() (llfuse.llfuse.Lock.Lock method)��llfuse.llfuse.Lock.Lock.acquire�hNt�auh*h�hj� hhh� docstring of llfuse.Lock.acquire�hNubj )��}�(hhh]�(j )��}�(h�Lock.acquire()�h]�(j )��}�(h�Lock.�h]�h�Lock.�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj� hhh� docstring of llfuse.Lock.acquire�hNubj )��}�(h�acquire�h]�h�acquire�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj� hhhj� hNubh �desc_parameterlist���)��}�(h�()�h]�h}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hj� hhhj� hNubeh}�(h ]�j� ah"]�h$]�h&]�h(]�j1 �llfuse�j2 j� j3 �llfuse.Lock.Lock.acquire�uh*j hj� hKhj� hhubj5 )��}�(hhh]�(h-)��}�(h�4Lock.acquire(self, timeout=None) Acquire global lock�h]�h�4Lock.acquire(self, timeout=None) Acquire global lock�����}�(hj� hj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hj� hKhj� hhubh �block_quote���)��}�(hhh]�h-)��}�(h��If *timeout* is not None, and the lock could not be acquired after waiting for *timeout* seconds, return False. Otherwise return True.�h]�(h�If �����}�(h�If �hj ubh �emphasis���)��}�(h� *timeout*�h]�h�timeout�����}�(hhhj ubah}�(h ]�h"]�h$]�h&]�h(]�uh*j hj ubh�C is not None, and the lock could not be acquired after waiting for �����}�(h�C is not None, and the lock could not be acquired after waiting for �hj ubj )��}�(h� *timeout*�h]�h�timeout�����}�(hhhj+ ubah}�(h ]�h"]�h$]�h&]�h(]�uh*j hj ubh�. seconds, return False. Otherwise return True.�����}�(h�. seconds, return False. Otherwise return True.�hj ubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hj� hKhj ubah}�(h ]�h"]�h$]�h&]�h(]�uh*j hj� hhhj� hNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*j4 hj� hhhj� hNubeh}�(h ]�h"]��py�ah$]�h&]�h(]�jh jS ji �method�jk jW jl �uh*h�hhhj� hj� hNubh�)��}�(hhh]�h}�(h ]�h"]�h$]�h&]�h(]��entries�]�(h��*release() (llfuse.llfuse.Lock.Lock method)��llfuse.llfuse.Lock.Lock.release�hNt�auh*h�hj� hhh� docstring of llfuse.Lock.release�hNubj )��}�(hhh]�(j )��}�(h�Lock.release(self)�h]�(j )��}�(h�Lock.�h]�h�Lock.�����}�(hhhjn hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hjj hhh� docstring of llfuse.Lock.release�hNubj )��}�(h�release�h]�h�release�����}�(hhhj} hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hjj hhhj| hNubj� )��}�(h�self�h]�h �desc_parameter���)��}�(h�self�h]�h � desc_sig_name���)��}�(h�self�h]�h�self�����}�(hhhj� ubah}�(h ]�h"]��n�ah$]�h&]�h(]�uh*j� hj� ubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hj� ubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hjj hhhj| hNubeh}�(h ]�jd ah"]�h$]�h&]�h(]�j1 �llfuse�j2 j� j3 �llfuse.Lock.Lock.release�uh*j hj| hKhjg hhubj5 )��}�(hhh]�h-)��}�(h�Release global lock�h]�h�Release global lock�����}�(hj� hj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hjf hKhj� hhubah}�(h ]�h"]�h$]�h&]�h(]�uh*j4 hjg hhhj| hNubeh}�(h ]�h"]��py�ah$]�h&]�h(]�jh j� ji �method�jk j� jl �uh*h�hhhj� hjf hNubh�)��}�(hhh]�h}�(h ]�h"]�h$]�h&]�h(]��entries�]�(h��)yield_() (llfuse.llfuse.Lock.Lock method)��llfuse.llfuse.Lock.Lock.yield_�hNt�auh*h�hj� hhh�docstring of llfuse.Lock.yield_�hNubj )��}�(hhh]�(j )��}�(h�Lock.yield_(self, count=1)�h]�(j )��}�(h�Lock.�h]�h�Lock.�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj� hhh�docstring of llfuse.Lock.yield_�hNubj )��}�(h�yield_�h]�h�yield_�����}�(hhhj� hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j hj� hhhj� hNubj� )��}�(h� self, count=1�h]�(j� )��}�(h�self�h]�j� )��}�(h�self�h]�h�self�����}�(hhhj ubah}�(h ]�h"]�j� ah$]�h&]�h(]�uh*j� hj ubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hj ubj� )��}�(h�count=1�h]�(j� )��}�(h�count�h]�h�count�����}�(hhhj, ubah}�(h ]�h"]�j� ah$]�h&]�h(]�uh*j� hj( ubh �desc_sig_operator���)��}�(h�=�h]�h�=�����}�(hhhj< ubah}�(h ]�h"]��o�ah$]�h&]�h(]�uh*j: hj( ubh �inline���)��}�(h�1�h]�h�1�����}�(hhhjM ubah}�(h ]�h"]�� default_value�ah$]�h&]�h(]��support_smartquotes��uh*jK hj( ubeh}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hj ubeh}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hj� hhhj� hNubeh}�(h ]�j� ah"]�h$]�h&]�h(]�j1 �llfuse�j2 j� j3 �llfuse.Lock.Lock.yield_�uh*j hj� hKhj� hhubj5 )��}�(hhh]�(h-)��}�(h�'Yield global lock to a different thread�h]�h�'Yield global lock to a different thread�����}�(hjv hjt hhhNhNubah}�(h ]�h"]�h$]�h&]�h(]�uh*h,hj� hKhjq hhubh-)��}�(h�0A call to `~Lock.yield_` is roughly similar to::�h]�(h� A call to �����}�(h� A call to �hj� hhhNhNubhp)��}�(h�`~Lock.yield_`�h]�hv)��}�(hj� h]�h�yield_�����}�(hhhj� ubah}�(h ]�h"]�(h��py��py-obj�eh$]�h&]�h(]�uh*huhj� ubah}�(h ]�h"]�h$]�h&]�h(]��refdoc�h�� refdomain�j� �reftype��obj��refexplicit���refwarn��h�jo h��Lock�h��Lock.yield_�uh*hohj� hKhj� ubh� is roughly similar to:�����}�(h� is roughly similar to:�hj� hhhNhNubeh}�(h ]�h"]�h$]�h&]�h(]�uh*h,hj� hKhjq hhubh � literal_block���)��}�(h�ofor i in range(count): if no_threads_waiting_for(lock): break lock.release() lock.acquire()�h]�h�ofor i in range(count): if no_threads_waiting_for(lock): break lock.release() lock.acquire()�����}�(hhhj� ubah}�(h ]�h"]�h$]�h&]�h(]�j j uh*j� hj� hKhjq hhubh-)��}�(h��However, when using `~Lock.yield_` it is guaranteed that the lock will actually be passed to a different thread (the above pseude-code may result in the same thread re-acquiring the lock *count* times).�h]�(h�However, when using �����}�(h�However, when using �hj� hhhNhNubhp)��}�(h�`~Lock.yield_`�h]�hv)��}�(hj� h]�h�yield_�����}�(hhhj� ubah}�(h ]�h"]�(h��py��py-obj�eh$]�h&]�h(]�uh*huhj� ubah}�(h ]�h"]�h$]�h&]�h(]��refdoc�h�� refdomain�j� �reftype��obj��refexplicit���refwarn��h�jo h�j� h��Lock.yield_�uh*hohj� hKhj� ubh�� it is guaranteed that the lock will actually be passed to a different thread 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