/* * CDDL HEADER START * * The contents of this file are subject to the terms of the * Common Development and Distribution License (the "License"). * You may not use this file except in compliance with the License. * * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE * or http://www.opensolaris.org/os/licensing. * See the License for the specific language governing permissions * and limitations under the License. * * When distributing Covered Code, include this CDDL HEADER in each * file and include the License file at usr/src/OPENSOLARIS.LICENSE. * If applicable, add the following below this CDDL HEADER, with the * fields enclosed by brackets "[]" replaced with your own identifying * information: Portions Copyright [yyyy] [name of copyright owner] * * CDDL HEADER END */ /* Copyright (c) 1984, 1986, 1987, 1988, 1989 AT&T */ /* All Rights Reserved */ /* * Copyright 2010 Sun Microsystems, Inc. All rights reserved. * Use is subject to license terms. */ #ifndef _SYS_SYSINFO_H #define _SYS_SYSINFO_H #include <sys/types.h> #include <sys/t_lock.h> #include <sys/kstat.h> #include <sys/machlock.h> #ifdef __cplusplus extern "C" { #endif /* * System Information. */ #define CPU_IDLE 0 #define CPU_USER 1 #define CPU_KERNEL 2 #define CPU_WAIT 3 #define CPU_STATES 4 #define W_IO 0 #define W_SWAP 1 #define W_PIO 2 #define W_STATES 3 typedef struct cpu_sysinfo { uint_t cpu[CPU_STATES]; /* CPU utilization */ uint_t wait[W_STATES]; /* CPU wait time breakdown */ /* * The two stats lwrite and bwrite are used by sar(1) to * generate the write cache hit percentage (%wcache value). * * The value is calculated as follows (unless lwrite < 0.5 and * then %wcache is coded to 100%): * * (lwrite - bwrite)/lwrite * 100.0 * * This calculation assumes that when a physical write occurs * (bwrite incremented), that a logical write (lwrite * incremented) has also occured. Note that a logical write * (lwrite incremented) my occur on its own. * * Similar for lread/bread and %rcache. */ uint_t bread; /* physical block reads */ uint_t bwrite; /* physical block writes (sync+async) */ uint_t lread; /* logical block reads */ uint_t lwrite; /* logical block writes */ uint_t phread; /* raw I/O reads */ uint_t phwrite; /* raw I/O writes */ uint_t pswitch; /* context switches */ uint_t trap; /* traps */ uint_t intr; /* device interrupts */ uint_t syscall; /* system calls */ uint_t sysread; /* read() + readv() system calls */ uint_t syswrite; /* write() + writev() system calls */ uint_t sysfork; /* forks */ uint_t sysvfork; /* vforks */ uint_t sysexec; /* execs */ uint_t readch; /* bytes read by rdwr() */ uint_t writech; /* bytes written by rdwr() */ uint_t rcvint; /* XXX: UNUSED */ uint_t xmtint; /* XXX: UNUSED */ uint_t mdmint; /* XXX: UNUSED */ uint_t rawch; /* terminal input characters */ uint_t canch; /* chars handled in canonical mode */ uint_t outch; /* terminal output characters */ uint_t msg; /* msg count (msgrcv()+msgsnd() calls) */ uint_t sema; /* semaphore ops count (semop() calls) */ uint_t namei; /* pathname lookups */ uint_t ufsiget; /* ufs_iget() calls */ uint_t ufsdirblk; /* directory blocks read */ uint_t ufsipage; /* inodes taken with attached pages */ uint_t ufsinopage; /* inodes taked with no attached pages */ uint_t inodeovf; /* inode table overflows */ uint_t fileovf; /* file table overflows */ uint_t procovf; /* proc table overflows */ uint_t intrthread; /* interrupts as threads (below clock) */ uint_t intrblk; /* intrs blkd/prempted/released (swtch) */ uint_t idlethread; /* times idle thread scheduled */ uint_t inv_swtch; /* involuntary context switches */ uint_t nthreads; /* thread_create()s */ uint_t cpumigrate; /* cpu migrations by threads */ uint_t xcalls; /* xcalls to other cpus */ uint_t mutex_adenters; /* failed mutex enters (adaptive) */ uint_t rw_rdfails; /* rw reader failures */ uint_t rw_wrfails; /* rw writer failures */ uint_t modload; /* times loadable module loaded */ uint_t modunload; /* times loadable module unloaded */ uint_t bawrite; /* physical block writes (async) */ /* Following are gathered only under #ifdef STATISTICS in source */ uint_t rw_enters; /* tries to acquire rw lock */ uint_t win_uo_cnt; /* reg window user overflows */ uint_t win_uu_cnt; /* reg window user underflows */ uint_t win_so_cnt; /* reg window system overflows */ uint_t win_su_cnt; /* reg window system underflows */ uint_t win_suo_cnt; /* reg window system user overflows */ } cpu_sysinfo_t; typedef struct sysinfo { /* (update freq) update action */ uint_t updates; /* (1 sec) ++ */ uint_t runque; /* (1 sec) += num runnable procs */ uint_t runocc; /* (1 sec) ++ if num runnable procs > 0 */ uint_t swpque; /* (1 sec) += num swapped procs */ uint_t swpocc; /* (1 sec) ++ if num swapped procs > 0 */ uint_t waiting; /* (1 sec) += jobs waiting for I/O */ } sysinfo_t; typedef struct cpu_syswait { int iowait; /* procs waiting for block I/O */ int swap; /* XXX: UNUSED */ int physio; /* XXX: UNUSED */ } cpu_syswait_t; typedef struct cpu_vminfo { uint_t pgrec; /* page reclaims (includes pageout) */ uint_t pgfrec; /* page reclaims from free list */ uint_t pgin; /* pageins */ uint_t pgpgin; /* pages paged in */ uint_t pgout; /* pageouts */ uint_t pgpgout; /* pages paged out */ uint_t swapin; /* swapins */ uint_t pgswapin; /* pages swapped in */ uint_t swapout; /* swapouts */ uint_t pgswapout; /* pages swapped out */ uint_t zfod; /* pages zero filled on demand */ uint_t dfree; /* pages freed by daemon or auto */ uint_t scan; /* pages examined by pageout daemon */ uint_t rev; /* revolutions of the page daemon hand */ uint_t hat_fault; /* minor page faults via hat_fault() */ uint_t as_fault; /* minor page faults via as_fault() */ uint_t maj_fault; /* major page faults */ uint_t cow_fault; /* copy-on-write faults */ uint_t prot_fault; /* protection faults */ uint_t softlock; /* faults due to software locking req */ uint_t kernel_asflt; /* as_fault()s in kernel addr space */ uint_t pgrrun; /* times pager scheduled */ uint_t execpgin; /* executable pages paged in */ uint_t execpgout; /* executable pages paged out */ uint_t execfree; /* executable pages freed */ uint_t anonpgin; /* anon pages paged in */ uint_t anonpgout; /* anon pages paged out */ uint_t anonfree; /* anon pages freed */ uint_t fspgin; /* fs pages paged in */ uint_t fspgout; /* fs pages paged out */ uint_t fsfree; /* fs pages free */ } cpu_vminfo_t; typedef struct vminfo { /* (update freq) update action */ uint64_t freemem; /* (1 sec) += freemem in pages */ uint64_t swap_resv; /* (1 sec) += reserved swap in pages */ uint64_t swap_alloc; /* (1 sec) += allocated swap in pages */ uint64_t swap_avail; /* (1 sec) += unreserved swap in pages */ uint64_t swap_free; /* (1 sec) += unallocated swap in pages */ uint64_t updates; /* (1 sec) ++ */ } vminfo_t; typedef struct cpu_stat { uint_t __cpu_stat_lock[2]; /* 32-bit kstat compat. */ cpu_sysinfo_t cpu_sysinfo; cpu_syswait_t cpu_syswait; cpu_vminfo_t cpu_vminfo; } cpu_stat_t; typedef struct cpu_sys_stats { uint64_t cpu_ticks_idle; /* CPU utilization */ uint64_t cpu_ticks_user; uint64_t cpu_ticks_kernel; uint64_t cpu_ticks_wait; uint64_t wait_ticks_io; /* CPU wait time breakdown */ uint64_t bread; /* physical block reads */ uint64_t bwrite; /* physical block writes (sync+async) */ uint64_t lread; /* logical block reads */ uint64_t lwrite; /* logical block writes */ uint64_t phread; /* raw I/O Reads */ uint64_t phwrite; /* raw I/O writes */ uint64_t pswitch; /* context switches */ uint64_t trap; /* traps */ uint64_t intr[PIL_MAX]; /* device interrupts per PIL */ uint64_t syscall; /* system calls */ uint64_t sysread; /* read() + readv() system calls */ uint64_t syswrite; /* write() + writev() system calls */ uint64_t sysfork; /* forks */ uint64_t sysvfork; /* vforks */ uint64_t sysexec; /* execs */ uint64_t readch; /* bytes read by rdwr() */ uint64_t writech; /* bytes written by rdwr() */ uint64_t rcvint; /* XXX: unused (mostly) */ uint64_t xmtint; /* XXX: unused */ uint64_t mdmint; /* XXX: unused */ uint64_t rawch; /* terminal input characters */ uint64_t canch; /* chars handled in canonical mode */ uint64_t outch; /* terminal output characters */ uint64_t msg; /* msg count (msgrcv() + msgsnd()) */ uint64_t sema; /* semaphore ops count (semop()) */ uint64_t namei; /* pathname lookups */ uint64_t ufsiget; /* ufs_iget() calls */ uint64_t ufsdirblk; /* directory blocks read */ uint64_t ufsipage; /* inodes taken with attached pages */ uint64_t ufsinopage; /* inodes taken with no attached pgs */ uint64_t procovf; /* failed forks */ uint64_t intrblk; /* ints blkd/prempted/rel'd (swtch) */ uint64_t intrunpin; /* intr thread unpins pinned thread */ uint64_t idlethread; /* times idle thread scheduled */ uint64_t inv_swtch; /* involuntary context switches */ uint64_t nthreads; /* thread_create()s */ uint64_t cpumigrate; /* cpu migrations by threads */ uint64_t xcalls; /* xcalls to other cpus */ uint64_t mutex_adenters; /* failed mutex enters (adaptive) */ uint64_t rw_rdfails; /* rw reader failures */ uint64_t rw_wrfails; /* rw writer failures */ uint64_t modload; /* times loadable module loaded */ uint64_t modunload; /* times loadable module unloaded */ uint64_t bawrite; /* physical block writes (async) */ uint64_t iowait; /* count of waiters for block I/O */ } cpu_sys_stats_t; typedef struct cpu_vm_stats { uint64_t pgrec; /* page reclaims (includes pageout) */ uint64_t pgfrec; /* page reclaims from free list */ uint64_t pgin; /* pageins */ uint64_t pgpgin; /* pages paged in */ uint64_t pgout; /* pageouts */ uint64_t pgpgout; /* pages paged out */ uint64_t swapin; /* swapins */ uint64_t pgswapin; /* pages swapped in */ uint64_t swapout; /* swapouts */ uint64_t pgswapout; /* pages swapped out */ uint64_t zfod; /* pages zero filled on demand */ uint64_t dfree; /* pages freed by daemon or auto */ uint64_t scan; /* pages examined by pageout daemon */ uint64_t rev; /* revolutions of page daemon hand */ uint64_t hat_fault; /* minor page faults via hat_fault() */ uint64_t as_fault; /* minor page faults via as_fault() */ uint64_t maj_fault; /* major page faults */ uint64_t cow_fault; /* copy-on-write faults */ uint64_t prot_fault; /* protection faults */ uint64_t softlock; /* faults due to software locking req */ uint64_t kernel_asflt; /* as_fault()s in kernel addr space */ uint64_t pgrrun; /* times pager scheduled */ uint64_t execpgin; /* executable pages paged in */ uint64_t execpgout; /* executable pages paged out */ uint64_t execfree; /* executable pages freed */ uint64_t anonpgin; /* anon pages paged in */ uint64_t anonpgout; /* anon pages paged out */ uint64_t anonfree; /* anon pages freed */ uint64_t fspgin; /* fs pages paged in */ uint64_t fspgout; /* fs pages paged out */ uint64_t fsfree; /* fs pages free */ } cpu_vm_stats_t; typedef struct cpu_stats { cpu_sys_stats_t sys; cpu_vm_stats_t vm; } cpu_stats_t; #ifdef __cplusplus } #endif #endif /* _SYS_SYSINFO_H */
