Henrik,
This is a good page the Rosetta Stone for UNIX. I was looking to find out how I could determine physical memory on an OSF host, so you could include the memory test for OSF?
Here is where I was looking:
And here is the command I used to determine physical memory (could have read the man page for vmstat):
vmstat -P
Total Physical Memory = 5120.00 M = 655360 pages
Physical Memory Clusters:
start_pfn end_pfn type size_pages / size_bytes 0 256 pal 256 / 2.00M 256 655349 os 655093 / 5117.91M 655349 655360 pal 11 / 88.00k
Physical Memory Use:
start_pfn end_pfn type size_pages / size_bytes 256 277 unixtable 21 / 168.00k 277 284 scavenge 7 / 56.00k 284 855 text 571 / 4.46M 855 983 data 128 / 1.00M 983 1149 bss 166 / 1.30M 1149 1312 kdebug 163 / 1.27M 1312 1320 cfgmgmt 8 / 64.00k 1320 1321 locks 1 / 8.00k 1321 2391 unixtable 1070 / 8.36M 2391 2404 pmap 13 / 104.00k 2404 12955 vmtables 10551 / 82.43M 12955 655349 managed 642394 / 5018.70M ============================ Total Physical Memory Use: 655093 / 5117.91M
Managed Pages Break Down:
free pages = 499488
active pages = 4218
inactive pages = 13501
wired pages = 35695
ubc pages = 89530
==================
Total = 642432
WIRED Pages Break Down:
vm wired pages = 3335
ubc wired pages = 19570 meta data pages = 6550 malloc pages = 4529 contig pages = 652 user ptepages = 824 kernel ptepages = 215 free ptepages = 9 ================== Total = 35684
-- David Gore (v965-3670) Enhanced Technology Support (ETS) Network Management Systems (NMS) IMPACT Transport Team Lead - SCSA, SCNA Page: 1-800-PAG-eMCI pin 1406090 Vnet: 965-3676