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void | setup (void *emptySpacesMemory, int32_t emptySpacesMemorySize, uint32_t regionBegin, uint32_t regionEnd, CacheManager *cacheManager) |
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void * | alloc (uint32_t requiredSize, bool makeStealable, void *thingNotToStealFrom) |
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size_t | nallocx (size_t size) |
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uint32_t | shortenRight (void *address, uint32_t newSize) |
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uint32_t | shortenLeft (void *address, uint32_t amountToShorten, uint32_t numBytesToMoveRightIfSuccessful=0) |
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void | extend (void *address, uint32_t minAmountToExtend, uint32_t idealAmountToExtend, uint32_t *getAmountExtendedLeft, uint32_t *getAmountExtendedRight, void *thingNotToStealFrom) |
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uint32_t | extendRightAsMuchAsEasilyPossible (void *spaceAddress) |
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void | dealloc (void *address) |
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void | verifyMemoryNotFree (void *address, uint32_t spaceSize) |
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CacheManager & | cache_manager () |
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void | markSpaceAsEmpty (uint32_t spaceStart, uint32_t spaceSize, bool mayLookLeft=true, bool mayLookRight=true) |
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NeighbouringMemoryGrabAttemptResult | attemptToGrabNeighbouringMemory (void *originalSpaceAddress, int32_t originalSpaceSize, int32_t minAmountToExtend, int32_t idealAmountToExtend, void *thingNotToStealFrom, uint32_t markWithTraversalNo=0, bool originalSpaceNeedsStealing=false) |
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void | writeTempHeadersBeforeASteal (uint32_t newStartAddress, uint32_t newSize) |
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void | sanityCheck () |
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uint32_t | padSize (uint32_t requiredSize) |
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CacheManager * | cache_manager_ |
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uint32_t | numAllocations_ {0} |
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uint32_t | pivot_ {pivot_big} |
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size_t | maxAlign_ = max_align_big |
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ptrdiff_t | minAlign_ = min_align_big |
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class | CacheManager |
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class | GeneralMemoryAllocator |
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The documentation for this class was generated from the following files:
