Crate memapi_mimalloc_sys Copy item path Source mi_heap_area_t An area of heap space contains blocks of a single size. mi_heap_t First-class heaps that can be destroyed in one go. MI_SMALL_SIZE_MAX The maximum number of bytes which may be used as an argument to a function
in the _small family (mi_malloc_smallmi_zalloc_small _mi_option_last Last option. mi_option_eager_commit_delay Option (experimental) the first N segments per thread are not eagerly committed (=1). mi_option_large_os_pages The following options are experimental mi_option_limit_os_alloc Option (experimental) If set to 1, do not use OS memory for allocation (but only pre-reserved
arenas) mi_option_max_errors Option (experimental) mi_option_max_segment_reclaim Option (experimental) mi_option_max_warnings Option (experimental) mi_option_os_tag Option (experimental) OS tag to assign to mimalloc’d memory mi_option_reserve_huge_os_pages Option (experimental) The number of huge OS pages (1GiB in size) to reserve at the start of the
program. mi_option_reserve_huge_os_pages_at Option (experimental) Reserve huge OS pages at node N. mi_option_reserve_os_memory Option (experimental) Reserve specified amount of OS memory at startup, e.g. “1g” or “512m”. mi_option_show_errors Print error messages to stderr. mi_option_show_stats Print statistics to stderr when the program is done. mi_option_use_numa_nodes Option (experimental) Pretend there are at most N NUMA nodes; Use 0 to use the actual detected
NUMA nodes at runtime. mi_option_verbose Print verbose messages to stderr. mi_aligned_alloc ⚠ Allocate size bytes aligned by alignment with alignment as the first
parameter. mi_calloc ⚠ Allocate count items of size length each. mi_calloc_aligned ⚠ Allocate size * count bytes aligned by alignment. mi_calloc_aligned_at ⚠ Allocate size * count bytes aligned by alignment at a specified
offset, zero-initialized. mi_cfree ⚠ Checked free: If p came from mimalloc’s heap (as decided by
mi_is_in_heap_regionmi_free(p) mi_check_owned ⚠ Check safely if any pointer is part of the default heap of this thread. mi_collect ⚠ Eagerly free memory. mi_expand ⚠ Try to re-allocate memory to newsize bytes in place . mi_free ⚠ Deallocates previously allocated memory. mi_free_aligned ⚠ Alignment-aware deallocation: Like mi_free mi_free_size ⚠ Size-aware deallocation: Like mi_free mi_free_size_aligned ⚠ Layout-aware deallocation: Like mi_free mi_good_size ⚠ Return the used allocation size. mi_heap_calloc ⚠ Equivalent to mi_calloc mi_heap_calloc_aligned ⚠ Equivalent to mi_calloc_aligned mi_heap_calloc_aligned_at ⚠ Equivalent to mi_calloc_aligned_at mi_heap_check_owned ⚠ Check safely if any pointer is part of a heap. mi_heap_collect ⚠ Release outstanding resources in a specific heap. mi_heap_contains_block ⚠ Does a heap contain a pointer to a previously allocated block? mi_heap_delete ⚠ Delete a previously allocated heap. mi_heap_destroy ⚠ Destroy a heap, freeing all its still allocated blocks. mi_heap_get_backing ⚠ Get the backing heap. mi_heap_get_default ⚠ Get the default heap that is used for mi_malloc mi_heap_malloc ⚠ Equivalent to mi_malloc mi_heap_malloc_aligned ⚠ Equivalent to mi_malloc_aligned mi_heap_malloc_aligned_at ⚠ Equivalent to mi_malloc_aligned_at mi_heap_malloc_small ⚠ Equivalent to mi_malloc_small mi_heap_mallocn ⚠ Equivalent to mi_mallocn mi_heap_new ⚠ Create a new heap that can be used for allocation. mi_heap_realloc ⚠ Equivalent to mi_realloc mi_heap_realloc_aligned ⚠ Equivalent to mi_realloc_aligned mi_heap_realloc_aligned_at ⚠ Equivalent to mi_realloc_aligned_at mi_heap_reallocf ⚠ Equivalent to mi_reallocf mi_heap_reallocn ⚠ Equivalent to mi_reallocn mi_heap_realpath ⚠ Equivalent to mi_realpath mi_heap_recalloc ⚠ Equivalent to mi_recalloc mi_heap_recalloc_aligned ⚠ Equivalent to mi_recalloc_aligned mi_heap_recalloc_aligned_at ⚠ Equivalent to mi_recalloc_aligned_at mi_heap_rezalloc ⚠ Equivalent to mi_rezalloc mi_heap_rezalloc_aligned ⚠ Equivalent to mi_rezalloc_aligned mi_heap_rezalloc_aligned_at ⚠ Equivalent to mi_rezalloc_aligned_at mi_heap_set_default ⚠ Set the default heap to use for mi_malloc mi_heap_strdup ⚠ Equivalent to mi_strdup mi_heap_strndup ⚠ Equivalent to mi_strndup mi_heap_visit_blocks ⚠ Visit all areas and blocks in heap. mi_heap_zalloc ⚠ Equivalent to mi_zalloc mi_heap_zalloc_aligned ⚠ Equivalent to mi_zalloc_aligned mi_heap_zalloc_aligned_at ⚠ Equivalent to mi_zalloc_aligned_at mi_is_in_heap_region ⚠ Returns true if this is a pointer into a memory region that has been
reserved by the mimalloc heap. mi_malloc ⚠ Allocate size uninitialized bytes. mi_malloc_aligned ⚠ Allocate size uninitialized bytes with an alignment of align. mi_malloc_aligned_at ⚠ Allocate size bytes aligned by alignment at a specified offset. mi_malloc_small ⚠ Allocate an object of no more than MI_SMALL_SIZE_MAX mi_mallocn ⚠ Allocate count items of size length each. mi_option_get ⚠ Returns the value of the provided option. mi_option_is_enabled ⚠ Returns true if the provided option is enabled. mi_option_set ⚠ Set the option to the given value. mi_option_set_default ⚠ If the given option has not yet been initialized with mi_option_setmi_option_set_enabled mi_option_set_enabled ⚠ Enable or disable the given option. mi_option_set_enabled_default ⚠ If the given option has not yet been initialized with mi_option_setmi_option_set_enabled mi_posix_memalign ⚠ Allocate size of bytes aligned by alignment and place the address of the
allocated memory to ptr. mi_process_info ⚠ Return process information (time and memory usage). All parameters are
optional (nullable) out-params: mi_process_init ⚠ Initialize the process. mi_realloc ⚠ Reallocates memory to new_size bytes. mi_realloc_aligned ⚠ Re-allocate memory to a size of new_size bytes, with an alignment of align. mi_realloc_aligned_at ⚠ Re-allocate memory to newsize bytes aligned by alignment at a
specified offset. mi_reallocf ⚠ Re-allocate memory to newsize bytes. mi_reallocn ⚠ Re-allocate memory to count elements of size bytes. mi_realpath ⚠ Resolve a file path name, producing a C string which can be passed to
mi_free mi_recalloc ⚠ Zero initialized re-allocation , following calloc
paramater conventions. mi_recalloc_aligned ⚠ Aligned version of mi_recalloc mi_recalloc_aligned_at ⚠ Offset-aligned version of mi_recalloc mi_register_deferred_free ⚠ Register a deferred free function. mi_register_error ⚠ Register an error callback function. mi_register_output ⚠ Register an output function. mi_rezalloc ⚠ Zero initialized re-allocation . mi_rezalloc_aligned ⚠ Aligned version of mi_rezalloc mi_rezalloc_aligned_at ⚠ Offset-aligned version of mi_rezalloc mi_stats_merge ⚠ Merge thread local statistics with the main statistics and reset. mi_stats_print ⚠ Print the main statistics. mi_stats_print_out ⚠ Print the main statistics. mi_stats_reset ⚠ Reset statistics. mi_strdup ⚠ Allocate and duplicate a nul-terminated C string. mi_strndup ⚠ Allocate and duplicate a nul-terminated C string, up to n bytes. mi_thread_done ⚠ Uninitialize mimalloc on a thread. mi_thread_init ⚠ Initialize mimalloc on a thread. mi_thread_stats_print_out ⚠ Print out heap statistics for this thread. mi_usable_size ⚠ Return the available bytes in a memory block. mi_version ⚠ Return the mimalloc version number. mi_zalloc ⚠ Allocate zero-initialized size bytes. mi_zalloc_aligned ⚠ Allocate size zeroed bytes with an alignment of align, initialized to zero. mi_zalloc_aligned_at ⚠ Allocate size bytes aligned by alignment at a specified offset,
zero-initialized. mi_zalloc_small ⚠ Allocate an zero-initialized object of no more than
MI_SMALL_SIZE_MAX mi_block_visit_fun Visitor function passed to mi_heap_visit_blocks mi_deferred_free_fun Type of deferred free functions. Must be thread-safe. mi_error_fun Type of error callback functions. Must be thread-safe. mi_option_t Runtime options. All options are false by default. mi_output_fun An output callback. Must be thread-safe.