document progress on protected allocator state
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README.md
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README.md
@ -155,10 +155,14 @@ allocation and then unmapped on free.
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* Possible slab locations are skipped and remain memory protected, leaving slab
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size class regions interspersed with guard pages
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* Zero size allocations are memory protected
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* Protected allocator metadata
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* Address space for metadata is entirely reserved during initialization and
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* Protected allocator state (including all metadata)
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* Address space for state is entirely reserved during initialization and
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never reused for allocations or anything else
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* [implementing stronger protection is in-progress]
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* State within global variables is entirely read-only after initialization
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with pointers to the isolated allocator state so leaking the address of
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the library doesn't leak the address of writable state
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* [in-progress] Protection via Memory Protection Keys (MPK) on x86\_64
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* [implementing stronger state protection is in-progress]
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* Extension for retrieving the size of allocations with fallback
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to a sentinel for pointers not managed by the allocator
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* Can also return accurate values for pointers *within* small allocations
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