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Locket implements a lock that can be used by multiple processes provided they use the same path. Locks largely behave as (non-reentrant) Lock instances from the threading module in the standard library. Specifically, their behaviour is: * Locks are uniquely identified by the file being locked, both in the same process and across different processes. * Locks are either in a locked or unlocked state. * When the lock is unlocked, calling acquire() returns immediately and changes the lock state to locked. * When the lock is locked, calling acquire() will block until the lock state changes to unlocked, or until the timeout expires. * If a process holds a lock, any thread in that process can call release() to change the state to unlocked. * Behaviour of locks after fork is undefined.
Package | Summary | Distribution | Download |
python36-locket-0.2.0-3.el7.noarch.html | File-based locks for Python for Linux and Windows | EPEL 7 for ppc64le | python36-locket-0.2.0-3.el7.noarch.rpm |
python36-locket-0.2.0-3.el7.noarch.html | File-based locks for Python for Linux and Windows | EPEL 7 for aarch64 | python36-locket-0.2.0-3.el7.noarch.rpm |
python36-locket-0.2.0-3.el7.noarch.html | File-based locks for Python for Linux and Windows | EPEL 7 for ppc64 | python36-locket-0.2.0-3.el7.noarch.rpm |
python36-locket-0.2.0-3.el7.noarch.html | File-based locks for Python for Linux and Windows | EPEL 7 for x86_64 | python36-locket-0.2.0-3.el7.noarch.rpm |
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