John Baldwin a3870a1826 Very rough first cut at NUMA support for the physical page allocator. For ... now it uses a very dumb first-touch allocation policy. This will change in the future. - Each architecture indicates the maximum number of supported memory domains via a new VM_NDOMAIN parameter in <machine/vmparam.h>. - Each cpu now has a PCPU_GET(domain) member to indicate the memory domain a CPU belongs to. Domain values are dense and numbered from 0. - When a platform supports multiple domains, the default freelist (VM_FREELIST_DEFAULT) is split up into N freelists, one for each domain. The MD code is required to populate an array of mem_affinity structures. Each entry in the array defines a range of memory (start and end) and a domain for the range. Multiple entries may be present for a single domain. The list is terminated by an entry where all fields are zero. This array of structures is used to split up phys_avail[] regions that fall in VM_FREELIST_DEFAULT into per-domain freelists. - Each memory domain has a separate lookup-array of freelists that is used when fulfulling a physical memory allocation. Right now the per-domain freelists are listed in a round-robin order for each domain. In the future a table such as the ACPI SLIT table may be used to order the per-domain lookup lists based on the penalty for each memory domain relative to a specific domain. The lookup lists may be examined via a new vm.phys.lookup_lists sysctl. - The first-touch policy is implemented by using PCPU_GET(domain) to pick a lookup list when allocating memory. Reviewed by: alc		2010-07-27 20:33:50 +00:00
..
default_pager.c
device_pager.c
memguard.c
memguard.h
phys_pager.c
pmap.h
redzone.c
redzone.h
sg_pager.c
swap_pager.c
swap_pager.h
uma_core.c
uma_dbg.c
uma_dbg.h
uma_int.h
uma.h
vm_contig.c
vm_extern.h
vm_fault.c
vm_glue.c
vm_init.c	Introduce exec_alloc_args(). The objective being to encapsulate the	2010-07-27 17:31:03 +00:00
vm_kern.c
vm_kern.h
vm_map.c
vm_map.h
vm_meter.c
vm_mmap.c	Fix commented out resource limit check in mlockall(2). It's still racy,	2010-07-27 19:26:18 +00:00
vm_object.c
vm_object.h
vm_page.c	Redo the page table page allocation on MIPS, as suggested by	2010-07-21 09:27:00 +00:00
vm_page.h	Redo the page table page allocation on MIPS, as suggested by	2010-07-21 09:27:00 +00:00
vm_pageout.c
vm_pageout.h
vm_pager.c
vm_pager.h
vm_param.h
vm_phys.c	Very rough first cut at NUMA support for the physical page allocator. For	2010-07-27 20:33:50 +00:00
vm_phys.h	Very rough first cut at NUMA support for the physical page allocator. For	2010-07-27 20:33:50 +00:00
vm_reserv.c
vm_reserv.h
vm_unix.c
vm_zeroidle.c
vm.h
vnode_pager.c
vnode_pager.h