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diff --git a/config/freenas/pkg/freenas_utils.inc b/config/freenas/pkg/freenas_utils.inc
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+<?php
+/* $Id$ */
+/* ========================================================================== */
+/*
+ freenas_utils.inc
+ part of pfSense (http://www.pfSense.com)
+ Copyright (C) 2006 Daniel S. Haischt <me@daniel.stefan.haischt.name>
+ All rights reserved.
+
+ Based on FreeNAS (http://www.freenas.org)
+ Copyright (C) 2005-2006 Olivier Cochard-Labbé <olivier@freenas.org>.
+ All rights reserved.
+
+ Based on m0n0wall (http://m0n0.ch/wall)
+ Copyright (C) 2003-2006 Manuel Kasper <mk@neon1.net>.
+ All rights reserved.
+ */
+/* ========================================================================== */
+/*
+ Redistribution and use in source and binary forms, with or without
+ modification, are permitted provided that the following conditions are met:
+
+ 1. Redistributions of source code must retain the above copyright notice,
+ this list of conditions and the following disclaimer.
+
+ 2. Redistributions in binary form must reproduce the above copyright
+ notice, this list of conditions and the following disclaimer in the
+ documentation and/or other materials provided with the distribution.
+
+ THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES,
+ INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY
+ AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
+ AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY,
+ OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
+ SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
+ INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
+ CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
+ ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+ POSSIBILITY OF SUCH DAMAGE.
+ */
+/* ========================================================================== */
+
+/* returns true if $desc is a valid description (alphanum and space, _ , - , .)*/
+function is_validdesc($desc) {
+ if (!is_string($desc)) { return false; }
+
+ if (preg_match("/^[A-Za-z0-9]([A-Za-z0-9_\-\.\s]*[A-Za-z0-9])*$/", $desc)) {
+ return true;
+ } else {
+ return false;
+ }
+}
+
+/* returns true if $login is a valid login name (alphanum,dot, _ , -)*/
+function is_validlogin($login) {
+ if (!is_string($login)) { return false; }
+
+ if (preg_match("/^[A-Za-z0-9]([A-Za-z0-9_\-\.\s]*[A-Za-z0-9])*$/", $login)) {
+ return true;
+ } else {
+ return false;
+ }
+}
+
+/* returns true if $password is a valid password (not used of special : character)*/
+function is_validpassword($password) {
+ if (!is_string($password)) { return false; }
+
+ if (strstr($password, ':')) {
+ return false;
+ } else {
+ return true;
+ }
+}
+
+/* returns true if $login is a valid share name (alphanum,dot, _ , -)*/
+function is_validsharename($sharename) {
+ if (!is_string($sharename)) { return false; }
+
+ if (preg_match("/^[A-Za-z0-9]([A-Za-z0-9_\-\.\s]*[A-Za-z0-9])*$/", $sharename)){
+ return true;
+ } else {
+ return false;
+ }
+}
+
+/* Returns true if $workgroup is a valid workgroup name */
+/* A workgroup name can contain up to 15 characters, including letters, numbers, */
+/* and the following characters: ! @ # $ % ^ & ( ) _ - ; : ' " , . */
+/* It cannot contain any spaces, and must begin with a letter or number. */
+function is_workgroup($workgroup) {
+ if (!is_string($workgroup)) { return false; }
+
+ if (preg_match("/^[\w\d]+[\w\d\!\@\#\$\%\^\&\(\)\_\-\;\:\'\"\,\.]*$/", $workgroup)) {
+ return true;
+ } else {
+ return false;
+ }
+}
+
+function get_mounts_list()
+{
+ // Return list of mounted disk
+ //example: Array
+ // [0] => Array
+ // (
+ // [mp] => /mnt/ad0s1
+ // [mdisk] => ad0s1
+ // )
+ global $g;
+
+ exec("/sbin/mount",$rawdata);
+
+ $mountlist = array();
+ $i=0;
+
+ foreach ($rawdata as $line) {
+ $aline = explode(" ", $line);
+
+ if ((chop($aline[0]) == "/dev/md0") || (chop($aline[0]) == "devfs") || (chop($aline[0]) == "/dev/fd0")) {
+ continue;
+ }
+
+ $mountlist[$i]['fullname'] = chop($aline[0]);
+ $mountlist[$i]['mp'] = chop($aline[2]);
+
+ // Get the complete name /dev/devicename
+ $complete = explode("/",chop($aline[0]));
+ $devname = $complete[2];
+
+ // Test if it's a gvinum or gmirror device
+ if ((strcmp($devname,"gvinum") == 0) || (strcmp($devname,"mirror") == 0)) {
+ $devname = $complete[3];
+ }
+
+ $mountlist[$i]['mdisk']=$devname;
+ $i++;
+ } // end foreach
+
+ return $mountlist;
+}
+
+function get_mount_use() {
+ // Return list of mounted use
+ // example: Array
+ // [mount_point_name] => Array
+ // (
+ // [capacity] => 48%
+ // [used] => 2.4G
+ // [avail] => 2.6G
+ // [size] => 5.4G
+ // )
+ global $freenas_config, $g;
+
+ exec("/bin/df -h",$rawdata);
+
+ $result = array();
+
+ foreach ($rawdata as $line) {
+ /* separe the line by space*/
+ $aline = preg_split("/[\s,]+/", $line);
+ $tmp = explode("/",chop($aline[5]));
+ $mounted_on = $tmp[2];
+ $capacity = chop($aline[4]);
+ $avail = chop($aline[3]);
+ $used = chop($aline[2]);
+ $size = chop($aline[1]);
+
+ if (is_array($freenas_config['mounts']['mount'])) {
+ foreach ($freenas_config['mounts']['mount'] as $mountcfg) {
+ if (strcmp($mounted_on,$mountcfg['sharename']) == 0) {
+ $result[$mounted_on] = array();
+ $result[$mounted_on]['capacity'] = $capacity;
+ $result[$mounted_on]['avail'] = $avail;
+ $result[$mounted_on]['used'] = $used;
+ $result[$mounted_on]['size'] = $size;
+ }
+ } // end foreach
+ } else {
+ return 0;
+ } // end if
+ } // end foreach
+
+ //print_r($result);
+
+ return $result;
+}
+
+function get_sraid_disks_list() {
+ /* Return list of ALL software volume: gvinum, gmirror */
+ $disklist = array_merge((array)get_gvinum_disks_list(),(array)get_gmirror_disks_list(),(array)get_gconcat_disks_list(),(array)get_gstripe_disks_list(),(array)get_graid5_disks_list());
+ return $disklist;
+}
+
+function get_gvinum_disks_list() {
+ /* Get information about gvinum volume */
+ global $g;
+
+ /* Return list of Software RAID disk */
+ //[volumename] => Array
+ // (
+ // [type] => Software RAID - gvinum
+ // [desc] => UP
+ // [size] => 6149 MB
+ // )
+
+ /* on envoie la commande d'affichage de la liste des volumes*/
+ exec("/sbin/gvinum list",$rawdata);
+
+ foreach ($rawdata as $line) {
+ /* Split the line using the space as separator */
+ $aline = preg_split("/\s+/", $line);
+
+ /* Get the line that begin with the letter 'V' */
+ if ($aline[0] != "V") { continue ; }
+
+ $diskname = chop($aline[1]);
+ $disklist[$diskname] = array();
+
+ $disklist[$diskname]['name'] = $diskname;
+ $disklist[$diskname]['fullname'] = "/dev/gvinum/" . $diskname;
+ $disklist[$diskname]['type'] = "Software RAID - gvinum";
+ $disklist[$diskname]['size'] = "$aline[7] $aline[8]" ;
+ $disklist[$diskname]['desc'] = $aline[3];
+ } // end foreach
+
+ return $disklist;
+}
+
+function get_gmirror_disks_list() {
+ /* Get information about gmirror volume */
+ global $g;
+
+ //[volumename] => Array
+ // (
+ // [type] => Software RAID - gmirror
+ // [desc] => COMPLETE
+ // [size] => 6149M
+ // )
+
+ /* Display all configured gmirror volume */
+ exec("/sbin/gmirror list", $rawdata);
+
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ foreach ($rawdata as $line) {
+ /* Use space for break the line */
+ $aline = preg_split("/\s+/", $line);
+
+ // First Step: Getting the array name
+ // look for this output:
+ // Geom name: pouet
+ if ( (strcmp($aline[0],"Geom") == 0) && (strcmp($aline[1],"name:") == 0) ) {
+ $diskname = $aline[2];
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/mirror/" . $diskname;
+ $foundname = 1 ;
+ continue ;
+ }
+
+ // Second Step: Getting the array status
+ // look for this output:
+ // State: COMPLETE
+ if ( (strcmp($aline[0],"State:") == 0) && $foundname) {
+ $desc = $aline[1];
+ $disklist[$diskname]['desc'] = $desc;
+ $founddesc=1;
+ continue ;
+ }
+
+ // Third Step: Getting the array Size
+ // look for this output:
+ // Name: mirror/pouet
+ // Mediasize: 107373568 (102M)
+ if (preg_match("/Name: mirror\/(.*)$/", $line, $matches)) {
+ if ($matches[1]=$diskname) {
+ $goodname=1;
+ continue ;
+ }
+ }
+
+ if (($aline[0] = "Mediasize:") && $goodname) {
+ // extract the size between the ( )
+ preg_match("/.*\\(([^\)]*)\).*/",$aline[3],$match);
+ $disklist[$diskname]['size'] = $match[1];
+ $disklist[$diskname]['type'] = "Software RAID - gmirror";
+
+ // init the check variable for the next RAID volume
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ continue ;
+
+ }
+ } // end foreach
+
+ return $disklist;
+}
+
+function get_gconcat_disks_list() {
+ /* Get information about gconcat volume */
+ global $g;
+
+ //[volumename] => Array
+ // (
+ // [type] => Software RAID - gconcat
+ // [desc] => COMPLETE
+ // [size] => 6149M
+ // [name] => concat1
+ // [fullname] => /dev/concat/concat1
+ // )
+
+ /* Display all configured gconcat volume*/
+ exec("/sbin/gconcat list",$rawdata);
+
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ foreach ($rawdata as $line) {
+ /* Use space for break the line */
+ $aline = preg_split("/\s+/", $line);
+
+ // First Step: Getting the array name
+ // look for this output:
+ // Geom name: pouet
+ if ( (strcmp($aline[0],"Geom") == 0) && (strcmp($aline[1],"name:") == 0) ) {
+ $diskname = $aline[2];
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/concat/" . $diskname;
+ $foundname = 1 ;
+ continue ;
+ }
+
+ // Second Step: Getting the array status
+ // look for this output:
+ // State: UP
+ if ( (strcmp($aline[0],"State:") == 0) && $foundname) {
+
+ $desc = $aline[1];
+ $disklist[$diskname]['desc'] = $desc;
+ $founddesc=1;
+ continue ;
+ }
+
+ // Third Step: Getting the array Size
+ // look for this output:
+ // Name: concat/pouet
+ // Mediasize: 107373568 (102M)
+ if (preg_match("/Name: concat\/(.*)$/", $line, $matches)) {
+ if ($matches[1]=$diskname) {
+ $goodname=1;
+ continue ;
+ }
+
+ }
+
+ if (($aline[0] = "Mediasize:") && $goodname) {
+ // extract the size between the ( )
+ preg_match("/.*\\(([^\)]*)\).*/",$aline[3],$match);
+ $disklist[$diskname]['size'] = $match[1];
+ $disklist[$diskname]['type'] = "Software RAID - gconcat";
+
+ // init the check variable for the next RAID volume
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ continue ;
+ }
+ }
+
+ return $disklist;
+}
+
+function get_gstripe_disks_list() {
+ /* Get information about gstripe volume */
+ global $g;
+
+ //[volumename] => Array
+ // (
+ // [type] => Software RAID - gstripe
+ // [desc] => COMPLETE
+ // [size] => 6149M
+ // [name] => raid0
+ // [fullname] => /dev/stripe/raid0
+ // )
+
+ /* Display all configured gstripe volume*/
+ exec("/sbin/gstripe list",$rawdata);
+
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ foreach ($rawdata as $line) {
+ /* Use space for break the line */
+ $aline = preg_split("/\s+/", $line);
+
+ // First Step: Getting the array name
+ // look for this output:
+ // Geom name: pouet
+ if ( (strcmp($aline[0],"Geom") == 0) && (strcmp($aline[1],"name:") == 0) ) {
+ $diskname = $aline[2];
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/stripe/" . $diskname;
+ $foundname = 1 ;
+ continue ;
+ }
+
+ // Second Step: Getting the array status
+ // look for this output:
+ // State: UP
+ if ( (strcmp($aline[0],"State:") == 0) && $foundname) {
+ $desc = $aline[1];
+ $disklist[$diskname]['desc'] = $desc;
+ $founddesc=1;
+ continue ;
+ }
+
+ // Third Step: Getting the array Size
+ // look for this output:
+ // Name: stripe/pouet
+ // Mediasize: 107373568 (102M)
+ if (preg_match("/Name: stripe\/(.*)$/", $line, $matches)) {
+ if ($matches[1]=$diskname) {
+ $goodname=1;
+ continue ;
+ }
+
+ }
+
+ if (($aline[0] = "Mediasize:") && $goodname) {
+ // extract the size between the ( )
+ preg_match("/.*\\(([^\)]*)\).*/",$aline[3],$match);
+ $disklist[$diskname]['size'] = $match[1];
+ $disklist[$diskname]['type'] = "Software RAID - gstripe";
+
+ // init the check variable for the next RAID volume
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ continue ;
+
+ }
+ }
+
+ return $disklist;
+}
+
+function get_graid5_disks_list() {
+ /* Get information about graid5 volume */
+ global $g;
+
+ //[volumename] => Array
+ // (
+ // [type] => Software RAID - graid5
+ // [desc] => COMPLETE
+ // [size] => 6149M
+ // [name] => BIG1
+ // [fullname] => /dev/raid5/BIG1
+ // )
+
+ /* Display all configured graid5 volume*/
+ exec("/sbin/graid5 list",$rawdata);
+
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ foreach ($rawdata as $line) {
+ /* Use space for break the line */
+ $aline = preg_split("/\s+/", $line);
+
+ // First Step: Getting the array name
+ // look for this output:
+ // Geom name: pouet
+ if ( (strcmp($aline[0],"Geom") == 0) && (strcmp($aline[1],"name:") == 0) ) {
+ $diskname = $aline[2];
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/raid5/" . $diskname;
+ $foundname = 1 ;
+ continue ;
+ }
+
+ // Second Step: Getting the array status
+ // look for this output:
+ // State: COMPLETE
+ if ( (strcmp($aline[0],"State:") == 0) && $foundname) {
+ $desc = $aline[1];
+ $disklist[$diskname]['desc'] = $desc;
+ $founddesc=1;
+ continue ;
+ }
+
+ // Third Step: Getting the array Size
+ // look for this output:
+ // Name: raid5/pouet
+ // Mediasize: 107373568 (102M)
+ if (preg_match("/Name: raid5\/(.*)$/", $line, $matches)) {
+ if ($matches[1]=$diskname) {
+ $goodname=1;
+ continue ;
+ }
+ }
+
+ if (($aline[0] = "Mediasize:") && $goodname) {
+ // extract the size between the ( )
+ preg_match("/.*\\(([^\)]*)\).*/",$aline[3],$match);
+ $disklist[$diskname]['size'] = $match[1];
+ $disklist[$diskname]['type'] = "Software RAID - graid5";
+
+ // init the check variable for the next RAID volume
+ $foundname = 0 ;
+ $founddesc = 0 ;
+ $goodname = 0 ;
+
+ continue ;
+ }
+ }
+
+ return $disklist;
+}
+
+function get_ata_disks_list() {
+ /* Return list of ATA disk */
+
+ //[ad0] => Array
+ // (
+ // [type] => IDE
+ // [desc] => QUANTUM FIREBALL EX6.4A/A0A.0D00
+ // [size] => 6149MB
+ // )
+
+ global $g;
+
+ /* Recupere le dmesg */
+ exec("/sbin/dmesg",$rawdmesg);
+
+ $disklist = array();
+
+ /******* Getting IDE disk informations *******/
+ exec("/sbin/atacontrol list",$rawdata);
+
+ foreach ($rawdata as $line) {
+ /* Separe la ligne par les espace */
+ $aline = preg_split("/\s+/", $line);
+
+ /* Si ATA alors NEXT */
+ if ($aline[0] == "ATA") { continue ; }
+
+ $diskname = chop($aline[2]);
+
+ /* Exlude CDROM (acdX) and Empty (no) */
+ if (!preg_match("/^(acd)/", $diskname ) & $diskname != "no") {
+ $disklist[$diskname] = array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/" . $diskname;
+
+ $disklist[$diskname]['type'] = "IDE";
+
+ /* Match the description witch is include between < and > */
+ preg_match("/.*\<([^>]*)>.*/",$line,$match);
+
+ $disklist[$diskname]['desc'] = $match[1];
+
+ /* Looking for the disk size */
+ foreach ($rawdmesg as $dmesgline) {
+ /* Take only the first dmesg line */
+ if (!$disklist[$diskname]['size']) {
+ /* Separe la ligne par les espace */
+ $dmesgtab = explode(" ", $dmesgline);
+ $dmesgtab[0] = rtrim($dmesgtab[0],":");
+ /* When there is a wrong DMA cable, the first line is:
+ * ad0: DMA limited to UDMA33, controller found non-ATA66 cable
+ */
+ if ($dmesgtab[0]!="" && (strcasecmp($dmesgtab[0],$diskname) == 0) &&
+ strcmp($dmesgtab[1],"DMA") !=0) {
+ $disklist[$diskname]['size'] = $dmesgtab[1];
+ }
+ } // end if
+ } // end foreach
+ } // end if
+ } // end foreach
+
+ return $disklist;
+}
+
+function get_scsi_disks_list() {
+ /* Recupere la liste des disques SCSI */
+
+ //[ad0] => Array
+ // (
+ // [type] => IDE
+ // [desc] => QUANTUM FIREBALL EX6.4A/A0A.0D00
+ // [size] => 6149MB
+ // )
+
+ global $g;
+
+ /* Recupere le dmesg */
+ exec("/sbin/dmesg",$rawdmesg);
+
+ /* on envoie la commande d'affichage de la liste des disques*/
+ exec("/sbin/camcontrol devlist",$rawdata);
+
+ foreach ($rawdata as $line) {
+ /* Get information include between parenthese: (pass0,da0) or (da0,pass0)*/
+ preg_match("/.*\(([^>]*)\).*/",$line,$match);
+
+ /* Sépare le resultat par la virgule */
+ $temp = preg_split("/,/", $match[1]);
+
+ // Check if diskname is the first (da0,pass0) or the second (pass0,da0) arguement
+ $diskname = $temp[1];
+
+ if ($diskname[0] == "p") { $diskname = $temp[0]; }
+
+ /* On exlus les lecteurs cd */
+ if (!preg_match("/^(cd)/", $diskname )) {
+ $disklist[$diskname] = array();
+ $disklist[$diskname]['name'] = $diskname;
+ $disklist[$diskname]['fullname'] = "/dev/" . $diskname;
+ $disklist[$diskname]['type'] = "SCSI";
+ /* Recupère la description: ce qu'il y a entre < et > */
+
+ preg_match("/.*\<([^>]*)>.*/",$line,$match);
+
+ $disklist[$diskname]['desc'] = $match[1];
+
+ /* Looking for the disk size */
+ foreach ($rawdmesg as $dmesgline) {
+ /* Separe la ligne par les espace */
+ $dmesgtab = explode(" ", $dmesgline);
+ $dmesgtab[0] = rtrim($dmesgtab[0],":");
+ if ($dmesgtab[0]!="" &&(strcasecmp($dmesgtab[0],$diskname) == 0)) {
+ $disklist[$diskname]['size'] = $dmesgtab[1];
+ }
+ } // end foreach
+ } // end if
+ } // end foreach
+
+ return $disklist;
+}
+
+function get_hraid_disks_list() {
+ /* Recupere la liste des disques RAID */
+ $kerneldisks = explode(" ", trim(preg_replace("/kern.disks: /", "", exec("/sbin/sysctl kern.disks"))));
+
+ /* Recupere la liste des disques ATA et SCSI */
+ $diskdetected = array_merge((array)get_ata_disks_list(),(array)get_scsi_disks_list());
+
+ /* Recupere le dmesg */
+ exec("/sbin/dmesg",$rawdmesg);
+
+ foreach ($kerneldisks as $diskname) {
+ $allready=1;
+
+ // Check of this entry is IDE or SCSI (allready detected)
+ foreach ($diskdetected as $diskfoundk => $diskfoundv) {
+ if (strcasecmp($diskfoundk,$diskname) == 0) {
+ $allready = 0;
+ }
+ }
+
+ if ($allready) {
+ /* If not an IDE and SCSI disk */
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/" . $diskname;
+
+ $disklist[$diskname]['type'] = "RAID";
+
+ /* Looking for the disk size in the dmesg */
+ foreach ($rawdmesg as $dmesgline) {
+ /* Separe la ligne par les espace */
+ $dmesgtab = explode(" ", $dmesgline);
+ $dmesgtab[0] = rtrim($dmesgtab[0],":");
+ // si la ligne commence par le nom du disque: attention il y a 2 lignes
+ if ($dmesgtab[0]!="" &&(strcasecmp($dmesgtab[0],$diskname) == 0)) {
+ // the first line as this example "aacd0: <RAID 5> on aac0"
+ if (strcasecmp(substr($dmesgtab[1], 0, 1),"<") == 0) {
+ /* Match the description witch is include between < and > */
+ preg_match("/.*\<([^>]*)>.*/",$dmesgline,$match);
+ $disklist[$diskname]['desc'] = $match[1];
+ } else{
+ // si c'est la deuxieme ligne, elle ressemble a "aacd0: 138850MB (284365824 sectors)"
+ $disklist[$diskname]['size'] = $dmesgtab[1];
+ } // end if
+ } // end if
+ } // end foreach
+ } // end if
+ } // end foreach
+
+ return $disklist;
+}
+
+function get_physical_disks_list() {
+ /* Return list of ALL disk: physical, hardware RAID and Software RAID disk */
+ $disklist = array_merge((array)get_ata_disks_list(),(array)get_scsi_disks_list(),(array)get_hraid_disks_list());
+ return $disklist;
+}
+
+function get_all_disks_list() {
+ /* Return list of ALL disk: physical, hardware RAID and Software RAID disk */
+ $disklist = array_merge((array)get_ata_disks_list(),(array)get_scsi_disks_list(),(array)get_hraid_disks_list(), (array)get_sraid_disks_list());
+ return $disklist;
+}
+
+function get_disks_size($diskname) {
+ /* Return size of the disk */
+ $disklist=get_physical_disks_list();
+ $disksize=0;
+
+ foreach ($disklist as $diskk => $diskv) {
+ if (strcmp($diskk,$diskname)==0) {
+ $disksize=$diskv['size'];
+ }
+ }
+
+ return $disksize;
+}
+
+function get_cdrom_list() {
+ /* Return list of IDE AND SCSI CDROM */
+ // exemple: Array
+ // [acd0] => Array
+ // (
+ // [type] => IDE
+ // [desc] => TDK CDRW241040B/57S2
+ // )
+
+ global $g;
+
+ /* Recupere la liste des disques IDE */
+ exec("/sbin/atacontrol list",$rawdata);
+
+ /* Recupere le dmesg */
+ exec("/sbin/dmesg",$rawdmesg);
+
+ $disklist = array();
+
+ /* Variable $i utilisé pour l'index du tableau */
+ $i=0;
+ foreach ($rawdata as $line) {
+ /* Separe la ligne par les espace */
+ $aline = preg_split("/\s+/", $line);
+
+ /* Si ATA alors NEXT */
+ if ($aline[0] == "ATA") { continue ; }
+
+ $diskname = chop($aline[2]);
+
+ /* Exlude disk (adX) and Empty (no) */
+ if (!preg_match("/^(ad)/", $diskname ) & $diskname != "no") {
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/" . $diskname;
+
+ $disklist[$diskname]['type'] = "IDE";
+
+ /* Match the description witch is include between < and > */
+ preg_match("/.*\<([^>]*)>.*/",$line,$match);
+
+ $disklist[$diskname]['desc'] = $match[1];
+
+ $i++;
+ } // end if
+ } // end foreach
+
+ /* Get the SCSI disk list */
+
+ /* Cleaning used variable and initialize array */
+ unset($rawdata);
+ unset($dmesgtab);
+ reset($rawdmesg);
+
+ /* Get the result of the command camcontrol*/
+ exec("/sbin/camcontrol devlist",$rawdata);
+
+ foreach ($rawdata as $line) {
+ /* Get information include between parenthese: (pass0,da0) or (da0,pass0)*/
+ preg_match("/.*\(([^>]*)\).*/",$line,$match);
+
+ /* Sépare le resultat par la virgule */
+ $temp = preg_split("/,/", $match[1]);
+
+ // Check if diskname is the first (da0,pass0) or the second (pass0,da0) arguement
+ $diskname = $temp[1];
+ if ($diskname[0] == "p") { $diskname = $temp[0]; }
+
+ /* On exlus les lecteurs disque dur da */
+ if (!preg_match("/^(da)/", $diskname )) {
+ $disklist[$diskname]=array();
+ $disklist[$diskname]['name']=$diskname;
+ $disklist[$diskname]['fullname']= "/dev/" . $diskname;
+ $disklist[$diskname]['type'] = "SCSI";
+
+ /* Recupère la description: ce qu'il y a entre < et > */
+ preg_match("/.*\<([^>]*)>.*/",$line,$match);
+
+ $disklist[$diskname]['desc'] = $match[1];
+
+ $i++;
+ } // end if
+ } // end foreach
+
+ return $disklist;
+}
+
+/* Get list of disks from given type of filesystem. */
+function get_fstype_disks_list($fstype) {
+ global $freenas_config;
+
+ $result = array();
+
+ /* Scan all physical disk */
+ if (is_array($freenas_config['disks']['disk'])) {
+ foreach ($freenas_config['disks']['disk'] as $disk) {
+ if (strcmp($disk['fstype'],$fstype) == 0) {
+ $result[] = $disk;
+ }
+ } // end foreach
+ } // end if
+
+ /* Scan all gmirror volume */
+ if (is_array($freenas_config['gmirror']['vdisk'])) {
+ foreach ($freenas_config['gmirror']['vdisk'] as $disk) {
+ if (strcmp($disk['fstype'],$fstype) == 0) {
+ $result[] = $disk;
+ }
+ } // end foreach
+ } // end if
+
+ /* Scan all gconcat volume */
+ if (is_array($freenas_config['gconcat']['vdisk'])) {
+ foreach ($freenas_config['gconcat']['vdisk'] as $disk) {
+ if (strcmp($disk['fstype'],$fstype) == 0) {
+ $result[] = $disk;
+ }
+ } // end foreach
+ } // end if
+
+ /* Scan all gstripe volume */
+ if (is_array($freenas_config['gstripe']['vdisk'])) {
+ foreach ($freenas_config['gstripe']['vdisk'] as $disk) {
+ if (strcmp($disk['fstype'],$fstype) == 0) {
+ $result[] = $disk;
+ }
+ } // end foreach
+ } // end if
+
+ /* Scan all gvinum volume */
+ if (is_array($freenas_config['gvinum']['vdisk'])) {
+ foreach ($freenas_config['gvinum']['vdisk'] as $disk) {
+ if (strcmp($disk['fstype'],$fstype) == 0) {
+ $result[] = $disk;
+ }
+ } // end foreach
+ } // end if
+
+ /* Scan all graid5 volume */
+ if (is_array($freenas_config['graid5']['vdisk'])) {
+ foreach ($freenas_config['graid5']['vdisk'] as $disk) {
+ if (strcmp($disk['fstype'],$fstype) == 0) {
+ $result[] = $disk;
+ }
+ } // end foreach
+ } // end if
+
+ return $result;
+}
+
+/* Get list of supported filesystem types */
+function get_fstype_list() {
+ $fstlist = array(
+ ""=>"Unformated",
+ "ufs"=>"UFS with Soft Updates (use 8% space disk)",
+ "ufs_no_su"=>"UFS",
+ "ufsgpt"=>"UFS (EFI/GPT) with Soft Updates (use 8% space disk)",
+ "ufsgpt_no_su"=>"UFS (EFI/GPT)",
+ "msdos"=>"FAT32",
+ "ntfs"=>"NTFS",
+ "softraid"=>"Software RAID");
+/*
+ "gmirror"=>"Software RAID: gmirror",
+ "gconcat"=>"Software RAID: gconcat",
+ "gstripe"=>"Software RAID: gstripe",
+ "graid5"=>"Software RAID: graid5",
+ "gvinum"=>"Software RAID: gvinum");
+*/
+ return $fstlist;
+}
+
+function get_fstype_shortdesc($fstype) {
+ $shortdesc = "";
+
+ switch($fstype) {
+ case "": $shortdesc = "Unformated";
+ break;
+ case "ufs":
+ case "ufs_no_su":
+ case "ufsgpt":
+ case "ufsgpt_no_su": $shortdesc = "UFS";
+ break;
+ case "msdos": $shortdesc = "FAT32";
+ break;
+ case "ntfs": $shortdesc = "NTFS";
+ break;
+ case "gmirror": $shortdesc = "gmirror";
+ break;
+ case "gconcat": $shortdesc = "gconcat";
+ break;
+ case "gstripe": $shortdesc = "gstripe";
+ break;
+ case "graid5": $shortdesc = "graid5";
+ break;
+ case "gvinum": $shortdesc = "gvinum";
+ break;
+ case "softraid": $shortdesc = "softraid";
+ break;
+ } // end switch
+
+ return $shortdesc;
+}
+
+/* Search in a multidimensional array */
+function array_search_ex($needle, $haystack, $key) {
+ foreach($haystack as $haystackval => $value) {
+ $found = false;
+
+ if (is_array($needle) && is_array($key)) {
+ foreach ($needle as $n => $needlev) {
+ $found = ($value[$key[$n]] == $needlev);
+
+ if (false == $found) { break; }
+ }
+ } else {
+ $found = ($value[$key] == $needle);
+ } // end if
+
+ if (true == $found) { return $haystackval; }
+ } // end foreach
+
+ return false;
+}
+
+/* TODO: This function is probably not needed. */
+function freenas_install($src,$dst) {
+ // Creating source directory
+ passthru("/bin/mkdir /mnt/src");
+
+ // Mount the source function is_cdrom must BE CREATED!!!!
+
+ if (is_cdrom($src)) {
+ echo "Mount CDROM:\n";
+ passthru("/sbin/mount_cd9660 /dev/$src /mnt/src");
+ } else {
+ echo "Mount disk:\n";
+ passthru("/sbin/mount -t ufs /dev/$src /mnt/src");
+ } // end if
+
+ echo "Erasing primary partitions:\n";
+ passthru("/bin/dd if=/dev/zero of=/dev/$dst bs=1k count=20");
+
+ echo "Creation 1 booting primary parition:\n";
+ passthru("/sbin/fdisk -BI -b /boot/boot0 $dst");
+
+ /* echo "Installing bootloader:\n";
+ passthru("/usr/sbin/boot0cfg -B -b /boot/boot0 $dst"); */
+
+ echo "Erasing FreeBSD partition on the primary:\n";
+ passthru("/bin/dd if=/dev/zero of=/dev/" . escapeshellarg($dst) . "s1 bs=32k count=16");
+
+ echo "Creating FreeBSD partition:\n";
+ passthru("/sbin/bsdlabel -B -w -b /boot/boot " . escapeshellarg($dst) ."s1 auto");
+
+ echo "Modify partition information:\n";
+
+ /* Generation de la table des partitions dans un fichier temp */
+
+ passthru("/sbin/bsdlabel " . escapeshellarg($dst) ."s1 > label.tmp");
+
+ /* copie de ce fichier dans un tableau*/
+ $tableau = file("label.tmp");
+
+ // Ouverture du fichier en mode ajout
+ $handle = fopen("label.tmp", 'a');
+
+ while(list(,$val) = each($tableau)) {
+ // Si la ligne contient le mot "unused"
+
+ if (ereg ("unused",$val)) {
+ // On remplace c: par a:
+ $val = ereg_replace ("c:","a:", $val);
+ // On remplace unused par 4.2BSD
+ $val = ereg_replace ("unused","4.2BSD", $val);
+ // On ajoute cette ligne à la fin du fichier
+ fwrite($handle, $val);
+ } // end if
+ } // end while
+
+ // Fermeture du fichier
+ fclose($handle);
+
+ // On injecte la nouvelle table des paritions
+ passthru("/sbin/bsdlabel -R -B " . escapeshellarg($dst) ."s1 label.tmp");
+
+ echo "Creating filesystem:\n";
+ passthru("/sbin/newfs /dev/" . escapeshellarg($dst) . "s1");
+
+ echo "Creation temp mouting point:\n";
+ passthru("/bin/mkdir /mnt/src");
+
+ echo "Mount disk:\n";
+ passthru("/sbin/mount /dev/" . escapeshellarg($dst) . "s1 /mnt/dst");
+
+ echo "Installation:\n";
+
+ passthru("/bin/cp -pr /mnt/src/boot /mnt/dst");
+ passthru("/bin/cp /mnt/src/cf.gz /mnt/dst/mfsroot.gz");
+
+ if ($src == CDROM) {
+ passthru("/bin/rm -f /mnt/dst/boot/cdloader");
+ }
+
+ passthru("mkdir /mnt/dst/conf");
+ passthru("/bin/cp /conf/config.xml /mnt/dst/conf/");
+
+ /* demontage des disques */
+ passthru("/sbin/umount /mnt/dst");
+ passthru("/sbin/umount /mnt/src");
+ passthru("/bin/rm -rf /mnt/src");
+ passthru("/bin/rm -rf /mnt/dst");
+}
+
+/* Force kill a process by name */
+function forcekillbyname($procname) {
+ return mwexec("/usr/bin/killall -9 " . escapeshellarg($procname));
+}
+?> \ No newline at end of file
generated by cgit v1.2.3 (git 2.25.1) at 2024-07-07 14:35:34 +0000