Lines Matching full:physical

35  *	Physical memory system implementation
123  * These "avail lists" are globals used to communicate boot-time physical
130  * phys_avail is all of the remaining physical memory that is available for
180     &vm_ndomains, 0, "Number of physical memory domains available.");
257  * Outputs the state of the physical memory allocator, specifically,
258  * the amount of physical memory in each free list.
301  * Outputs the set of physical memory segments.
399  * Create a physical memory segment.
410 		panic("Not enough storage for physical segments, "  in _vm_phys_create_seg()
422 		panic("Overlapping physical segments: Current [%#jx,%#jx) "  in _vm_phys_create_seg()
462  * Add a physical memory segment.
483 	 * Split the physical memory segment if it spans two or more free  in vm_phys_add_seg()
503  * Initialize the physical memory allocator.
539 		     * physical memory above physical address 4G exceeds the  in vm_phys_init()
567 	 * Initialize the first_page and free_queues fields of each physical  in vm_phys_init()
604 	 * Coalesce physical memory segments that are contiguous and share the  in vm_phys_init()
678  * Split a contiguous, power of two-sized set of physical pages.
703  * Add the physical pages [m, m + npages) at the beginning of a power-of-two
712  * The physical page m's buddy must not be free.
738  * Add the physical pages [m, m + npages) at the end of a power-of-two aligned
747  * If npages is zero, this function does nothing and ignores the physical page
748  * parameter m.  Otherwise, the physical page m's buddy must not be free.
775  * Set the pool for a contiguous, power of two-sized set of physical pages. 
864  * Allocate a contiguous, power of two-sized set of physical pages
884  * Allocate a contiguous, power of two-sized set of physical pages from the
948  * Find the vm_page corresponding to the given physical address.
1144  * Free a contiguous, power of two-sized set of physical pages.
1197 	 * "VM_NFREEORDER - 1" when "m"'s physical address is zero  in max_order()
1198 	 * or the low-order bits of its physical address are zero  in max_order()
1199 	 * because the size of a physical address exceeds the size of  in max_order()
1207  * Free a contiguous, arbitrarily sized set of physical pages, without
1251  * Free a contiguous, arbitrarily sized set of physical pages.
1315  * Search for the given physical page "m" in the free lists.  If the search
1332 	 * physical pages containing the given physical page "m" and  in vm_phys_unfree_page()
1379  * Find a run of contiguous physical pages, meeting alignment requirements, from
1453  * Find a run of contiguous physical pages from the specified free list
1506  * Allocate a contiguous set of physical pages of the given size
1507  * "npages" from the free lists.  All of the physical pages must be at
1508  * or above the given physical address "low" and below the given
1509  * physical address "high".  The given value "alignment" determines the
1510  * alignment of the first physical page in the set.  If the given value
1511  * "boundary" is non-zero, then the set of physical pages cannot cross
1512  * any physical address boundary that is a multiple of that value.  Both
1708  * Check if a given physical address can be included as part of a crash dump.
1785 	 * Now find biggest physical segment in within the desired  in vm_phys_early_alloc()
1870  * Show the number of physical pages in each of the free lists.