PEP 454: uh ho, fix many typos in the Rationale
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pep-0454.txt
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pep-0454.txt
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@ -22,20 +22,21 @@ Rationale
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Common debug tools tracing memory allocations read the C filename and
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number. Using such tool to analyze Python memory allocations does not
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help because most memory allocations are done in the same C function,
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``PyMem_Malloc()`` for example.
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help because most memory block are allocated in the same C function,
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in ``PyMem_Malloc()`` for example.
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There are debug tools dedicated to the Python languages like ``Heapy``
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There are debug tools dedicated to the Python language like ``Heapy``
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and ``PySizer``. These projects analyze objects type and/or content.
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These tools are useful when the most memory leak are instances of the
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same type and this type in allocated only in a few functions. The
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These tools are useful when most memory leaks are instances of the
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same type and this type is only instancied in a few functions. The
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problem is when the object type is very common like ``str`` or
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``tuple``, and it is hard to identify where these objects are allocated.
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``tuple``, and it is hard to identify where these objects are
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instancied.
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Finding reference cycles is also a difficult task. There are different
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tools to draw a diagram of all references. These tools cannot be used
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huge on large applications with thousands of objects because the diagram
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is too huge to be analyzed manually.
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Finding reference cycles is also a difficult problem. There are
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different tools to draw a diagram of all references. These tools cannot
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be used on large applications with thousands of objects because the
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diagram is too huge to be analyzed manually.
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Proposal
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