Lines Matching full:will
60 /** Region will have read/write access (and not read-only) */
63 /** Region will be executable (normally forbidden) */
66 /** Region will be accessible to user mode (normally supervisor-only) */
77 /** Region will be mapped to 1:1 virtual and physical address */
109 * Region will be pinned in memory and never paged
113 * will be pre-fetched as necessary and pinned.
118 * Region will be unpaged i.e. not mapped into memory
122 * Corresponding memory address range will be set so no actual memory will
123 * be allocated initially. Allocation will happen through demand paging when
141 * The returned value will reflect how many free RAM page frames are available.
155 * The kernel will choose a base virtual address and return it to the caller.
156 * The memory will have access permissions for all contexts set per the
162 * K_MEM_PERM_USER here will allow all user threads to access this memory
165 * Unless K_MEM_MAP_UNINIT is used, the returned memory will be zeroed.
173 * The returned virtual memory pointer will be page-aligned. The size
178 * and after the requested region. The total size of the allocation will be
200 * Corresponding memory address range will be set so no actual memory will
201 * be allocated initially. Allocation will happen through demand paging when
204 * The kernel will choose a base virtual address and return it to the caller.
205 * The memory access permissions for all contexts will be set per the
211 * K_MEM_PERM_USER here will allow all user threads to access this memory
219 * Allocated pages will have write-back cache settings.
221 * The returned virtual memory pointer will be page-aligned. The size
226 * and after the requested region. The total size of the allocation will be
247 * Associated page frames will be free and the kernel may re-use the associated
281 * The returned region will have both its base address and size aligned