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df.tar.bz2| bash# ./mzdf System information ================== Uptime = 0 21:55:33 Loads 1/5/15 min = 352/3264/512 Total ram = 527372288 bytes Free ram = 9428992 bytes Shared ram = 0 bytes Buffer ram = 25620480 bytes Total swap = 1028149248 bytes Free swap = 1027719168 bytes Processes = 159 File system Type Total Used Avail Use% Mounted on ------------------------------------------------------------------- rootfs rootfs 109G 79779M 26255M 75.24% / /dev/root ext3 109G 79779M 26255M 75.24% / proc proc 0B 0B 0B 0.00% /proc sysfs sysfs 0B 0B 0B 0.00% /sys udev tmpfs 251M 420K 251M 0.16% /dev devpts devpts 0B 0B 0B 0.00% /dev/pts /dev/hdb1 ext3 38478M 26875M 9648M 73.58% /mnt/sub none tmpfs 251M 0B 251M 0.00% /dev/shm usbfs usbfs 0B 0B 0B 0.00% /proc/bus/usb nfsd nfsd 0B 0B 0B 0.00% /proc/fs/nfs ------------------------------------------------------------------- Unit : B=1024^0, K=1024^1, M=1024^2, G=1024^3, T=1024^4 End of mzdf. bash# _ |
소스 (첨부파일)
| 코드: |
| /* Copyright (C) Information Equipment co.,LTD All rights reserved. Code by JaeHyuk Cho <mailto:minzkn@infoeq.com> CVSTAG="$Header$" */ #include <sys/sysinfo.h>/* for sysinfo */ #include <sys/vfs.h> /* for statfs */ #include <stdio.h> #include <stdlib.h> #include <string.h> #include <mntent.h> /* for *mntent */ typedef long long unsigned int t_mzapi_qword; int (mzunit_prefix)(t_mzapi_qword *s_value) { if(*(s_value) <= ((t_mzapi_qword)99999u))return((int)'B'); *(s_value) >>= 10; if(*(s_value) <= ((t_mzapi_qword)99999u))return((int)'K'); *(s_value) >>= 10; if(*(s_value) <= ((t_mzapi_qword)99999u))return((int)'M'); *(s_value) >>= 10; if(*(s_value) <= ((t_mzapi_qword)99999u))return((int)'G'); *(s_value) >>= 10; return((int)'T'); } int (main)(void) { static const char c_hline[] = {"-------------------------------------------------------------------"}; struct sysinfo s_sysinfo; FILE *s_mount_table; struct mntent *s_mount_entry; struct statfs s_status_fs; int s_percent, s_unit_prefix[3]; t_mzapi_qword s_size[3]; /* 0=total, 1=used, 2=free */ if(sysinfo((struct sysinfo *)(&s_sysinfo)) == 0) { (void)fprintf(stdout, "System information\n==================\n\n" "Uptime = %lu %02lu:%02lu:%02lu\n" "Loads 1/5/15 min = %lu/%lu/%lu\n" "Total ram = %lu bytes\n" "Free ram = %lu bytes\n" "Shared ram = %lu bytes\n" "Buffer ram = %lu bytes\n" "Total swap = %lu bytes\n" "Free swap = %lu bytes\n" "Processes = %lu\n" "\n", (unsigned long)(((s_sysinfo.uptime / 60) / 60) / 24), (unsigned long)(((s_sysinfo.uptime / 60) / 60) % 24), (unsigned long)((s_sysinfo.uptime / 60) % 60), (unsigned long)(s_sysinfo.uptime % 60), (unsigned long)s_sysinfo.loads[0], (unsigned long)s_sysinfo.loads[1], (unsigned long)s_sysinfo.loads[2], (unsigned long)s_sysinfo.totalram, (unsigned long)s_sysinfo.freeram, (unsigned long)s_sysinfo.sharedram, (unsigned long)s_sysinfo.bufferram, (unsigned long)s_sysinfo.totalswap, (unsigned long)s_sysinfo.freeswap, (unsigned long)s_sysinfo.procs); } s_mount_table = setmntent("/proc/mounts", "r"); if(s_mount_table != ((FILE *)0)) { (void)fprintf(stdout, "%-16s %8s %6s %6s %6s %6s%% %s\n%s\n", "File system", "Type", "Total", "Used", "Avail", "Use", "Mounted on", (char *)(&c_hline[0])); do { s_mount_entry = getmntent(s_mount_table); if(s_mount_entry == ((struct mntent *)0))break; if((s_mount_entry->mnt_dir == ((char *)0)) || (s_mount_entry->mnt_fsname == ((char *)0)))continue; if(statfs((char *)s_mount_entry->mnt_dir, (struct statfs *)(&s_status_fs)) != 0)continue; if(s_status_fs.f_blocks < 0l)continue; s_size[0] = ((t_mzapi_qword)s_status_fs.f_blocks) * ((t_mzapi_qword)s_status_fs.f_bsize); s_size[1] = ((t_mzapi_qword)(s_status_fs.f_blocks - s_status_fs.f_bfree)) * ((t_mzapi_qword)s_status_fs.f_bsize); s_size[2] = ((t_mzapi_qword)s_status_fs.f_bavail) * ((t_mzapi_qword)s_status_fs.f_bsize); if(s_size[0] == ((t_mzapi_qword)0))s_percent = 0; else s_percent = (int)((((double)(s_size[1] * ((t_mzapi_qword)10000))) / ((double)(s_size[1] + s_size[2]))) + ((double)0.5)); s_unit_prefix[0] = mzunit_prefix((t_mzapi_qword *)(&s_size[0])); s_unit_prefix[1] = mzunit_prefix((t_mzapi_qword *)(&s_size[1])); s_unit_prefix[2] = mzunit_prefix((t_mzapi_qword *)(&s_size[2])); (void)fprintf(stdout, "%-16s %10s %5lu%c %5lu%c %5lu%c %3d.%02d%% %s\n", s_mount_entry->mnt_fsname, s_mount_entry->mnt_type, (unsigned long)s_size[0], s_unit_prefix[0], (unsigned long)s_size[1], s_unit_prefix[1], (unsigned long)s_size[2], s_unit_prefix[2], s_percent / 100, s_percent % 100, s_mount_entry->mnt_dir); }while(1); (void)fprintf(stdout, "%s\nUnit : B=1024^0, K=1024^1, M=1024^2, G=1024^3, T=1024^4\n\n", (char *)(&c_hline[0])); (void)endmntent(s_mount_table); } (void)fprintf(stdout, "End of mzdf.\n"); (void)fflush(stdout); return(0); } /* vim: set expandtab: */ /* End of source */ |
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