Configuration LaCie-CloudBox
Jump to navigation
Jump to search
Reference information
- Device: Lacie-CloudBox 3TB
- Name: lacie-cloudbox
- Lacie-CloudBox dashboard: http://lacie-cloudbox/
- uname
uname -a
# Linux LaCie-CloudBox 2.6.31.14-svn7493 #1 Fri Oct 17 14:00:51 UTC 2014 armv5tel GNU/Linux
- /proc/cpuinfo
cat /proc/cpuinfo
# Processor : Feroceon 88FR131 rev 1 (v5l)
# BogoMIPS : 999.42
# Features : swp half thumb fastmult edsp
# CPU implementer : 0x56
# CPU architecture: 5TE
# CPU variant : 0x2
# CPU part : 0x131
# CPU revision : 1
#
# Hardware : familybox
# Revision : 0000
# Serial : 0000000000000000
- meminfo
cat meminfo
# MemTotal: 254348 kB
# MemFree: 115412 kB
# Buffers: 3944 kB
# Cached: 76468 kB
# SwapCached: 0 kB
# Active: 58464 kB
# Inactive: 63856 kB
# Active(anon): 42692 kB
# Inactive(anon): 0 kB
# Active(file): 15772 kB
# Inactive(file): 63856 kB
# Unevictable: 0 kB
# Mlocked: 0 kB
# SwapTotal: 262124 kB
# SwapFree: 262124 kB
# Dirty: 0 kB
# Writeback: 0 kB
# AnonPages: 41932 kB
# Mapped: 19776 kB
# Slab: 11936 kB
# SReclaimable: 4772 kB
# SUnreclaim: 7164 kB
# PageTables: 1056 kB
# NFS_Unstable: 0 kB
# Bounce: 0 kB
# WritebackTmp: 0 kB
# CommitLimit: 389296 kB
# Committed_AS: 208068 kB
# VmallocTotal: 385024 kB
# VmallocUsed: 992 kB
# VmallocChunk: 382244 kB
- free
free
# total used free shared buffers
# Mem: 254348 138996 115352 0 3976
# -/+ buffers: 135020 119328
# Swap: 262124 0 262124
Mounting the drive in another pc, we see the following structure:
sudo parted -l
# Model: ATA ST3000DM001-1CH1 (scsi)
# Disk /dev/sdb: 3001GB
# Sector size (logical/physical): 512B/4096B
# Partition Table: gpt
#
# Number Start End Size File system Name Flags
# 1 1049kB 2097kB 1049kB grub_core bios_grub
# 2 2097kB 203MB 201MB ext2 boot_rescue
# 3 203MB 204MB 1049kB ext2 nv_data
# 4 204MB 1815MB 1611MB ext2 root_1 raid
# 5 1815MB 3426MB 1611MB ext2 root_2 raid
# 6 3426MB 4499MB 1074MB ext3 var raid
# 7 4499MB 4768MB 268MB linux-swap(v1) swap raid
# 8 4768MB 3001GB 2996GB user_data raid
#
#
# Model: Linux Software RAID Array (md)
# Disk /dev/md4: 1611MB
# Sector size (logical/physical): 512B/4096B
# Partition Table: loop
#
# Number Start End Size File system Flags
# 1 0.00B 1611MB 1611MB ext2
#
#
# Model: Linux Software RAID Array (md)
# Disk /dev/md5: 1611MB
# Sector size (logical/physical): 512B/4096B
# Partition Table: loop
#
# Number Start End Size File system Flags
# 1 0.00B 1611MB 1611MB ext2
#
#
# Model: Linux Software RAID Array (md)
# Disk /dev/md6: 1074MB
# Sector size (logical/physical): 512B/4096B
# Partition Table: loop
#
# Number Start End Size File system Flags
# 1 0.00B 1074MB 1074MB ext3
#
#
# Model: Linux Software RAID Array (md)
# Disk /dev/md7: 268MB
# Sector size (logical/physical): 512B/4096B
# Partition Table: loop
#
# Number Start End Size File system Flags
# 1 0.00B 268MB 268MB linux-swap(v1)
The disk is organized as follows :
- /dev/sdb4 and /dev/sdb5 are raid volumes that contains two copies of the same root partition. The other copy is used when doing a firmware update (ping-pong approach, see [1]). We mount them with:
mdadm --assemble --run /dev/md4 /dev/sdb4 # Done automatically on Ubuntu
mdadm --assemble --run /dev/md5 /dev/sdb5 # Done automatically on Ubuntu
mount /dev/md4 /mount/md4
mount /dev/md5 /mount/md5
- /dev/sdb6 contains another raid partition, mounted as an additional layer over root partition above. It contains:
/dev/md6
0/
etc/
root/
var/
1/
etc/
root/
var/
lost+found/
tmp/
Configuration
First install
- Network share available at
smb://lacie-cloudbox/. - Cloudbox dashboard available at http://lacie-cloudbox.local.
- setup smtp access (
smtp.scarlet.be, port 25) - IP Configuration — fixed IP address 172.19.100.98
- Enable the netbackup-share (port 873, encrypted port 22)
- Create user beq06659, with private share.
| MAC | 00:d0:4b:96:34:32 |
| IP | 172.19.100.98 |
| hostname | lacie-cloudbox |
Rooting
- First rooting
- Guide: http://lacie.nas-central.org/wiki/Category:CloudBox#Enabling_Secure_Shell
- Log: See Lacie NAS rooting for install log first rooting.
- Create telnetd.sh in a share root
cat > /smb/lacie-cloudbox/family/telnetd.sh <<- __END__
#!/bin/sh
/usr/sbin/telnetd -l /bin/sh
__END__
- Get and build clunc:
# CLUNC Home: http://lacie-nas.org/doku.php?id=clunc
git clone http://git.lacie-nas.org/clunc.git
cd clunc
make
- Run clunc, and reboot lacie:
./clunc -i 192.168.1.98
- ...
When we get root access, we changed the following file:
- Edit file /etc/initng/runlevel/default.runlevel:
-#sshd
+sshd
- Edit file /etc/unicorn/unicorn_conf/unicorn.sharing.ssh.conf
-enabled: false
+enabled: true
- Edit file /etc/ssh/sshd_config
-PermitRootLogin no
-AllowUsers netbackup
+PermitRootLogin yes
+AllowUsers root netbackup git
+Match User root
+Match User git
- Add to file /etc/environment:
PATH=/opt/bin:/opt/sbin
- Edit file /etc/lighttpd/lighttpd.conf
--- lighttpd.conf.bak 2017-04-24 17:36:43.000000000 +0200
+++ lighttpd.conf 2017-04-24 17:38:19.000000000 +0200
@@ -1,6 +1,6 @@
server.modules = (
-# "mod_redirect",
-# "mod_cgi",
+ "mod_redirect",
+ "mod_cgi",
"mod_expire",
"mod_compress",
"mod_proxy",
@@ -9,6 +9,8 @@
"mod_setenv",
"mod_secdownload",
"mod_access",
+ "mod_alias",
+ "mod_auth",
)
include "secure_password.inc"
@@ -27,9 +29,19 @@
url.rewrite-once = ("^/info$" => "/api/external/1.0/system_info","^/diagnostics$" => "/api/external/1.0/diagnostics")
index-file.names = (
- "index.html", "index.php"
+ "index.html", "index.php", "index.cgi"
)
+# Force HTTPS
+$HTTP["scheme"] == "http" {
+ # capture vhost name with regex conditiona -> %0 in redirect pattern
+ # must be the most inner block to the redirect rule
+ $HTTP["url"] =~ "/backuppc" {
+ $HTTP["host"] =~ ".*" {
+ url.redirect = (".*" => "https://%0$0")
+ }
+ }
+}
$HTTP["url"] =~ "index"{
setenv.add-response-header = ( "Cache-Control" => "no-cache, no-store" )
@@ -61,6 +73,21 @@
url.access-deny = ("")
}
+## >>>>>>>>>>>> ADDED FOR BACKUPPC
+cgi.assign += ( "/opt/local/backuppc/cgi-bin/index.cgi" => "" )
+#alias.url += ("/backuppc/index.cgi" => "/opt/local/backuppc/cgi-bin/index.cgi")
+alias.url += ("/backuppc" => "/opt/local/backuppc/cgi-bin" )
+#alias.url += ("/BackupPC_Admin" => "/shares/backuppc/www/cgi-bin/BackupPC_Admin")
+auth.debug = 2
+auth.backend = "htpasswd"
+auth.backend.htpasswd.userfile = "/etc/lighttpd/lighttpd-htpasswd.user"
+auth.require = ( "/backuppc" =>
+ ( "method" => "basic", "realm" => "Password protected area", "require" => "user=backuppc" )
+)
+
+## Added for rubik's WCA official scrambler / timer
+alias.url += ("/tnt" => "/opt/local/tnoodle-timer/tnt.html" )
+
proxy.server = (
"/api" => (
"tornado" => (
- Second rooting
After firmware upgrade, we need to root it again. This time clunc method no longer works.
- Mount drive in another pc
- Mount partition /dev/md6 and copy back configuration changes (see above) from /dev/md6/1 to /dev/md6/0 (or vice-versa, depending on which image contains the new firmware).
- Note that originally we tried to edit directly the partitions /dev/md4 but this does not work since the configuration is overridden by files in /dev/md6.
Install Optware
Summary of changes:
- Create and populate /opt.
- Update
PATHin /root/.profile. - Create file /etc/initng/optware.i.
- Add
optwareto /etc/initng/runlevel/default.runlevel.
This is copied from the guide [2]:
- Create a location for optware root:
mkdir /shares/admin/opt # This assumes a share 'admin' exists
mkdir /opt
mount -o bind /shares/admin/opt /opt
- Manually download and Extract the ipkg-opt package.
- There's a chicken-and-egg situation we need to overcome, where we cannot install the ipkg-opt package without a package manager. We solve this by replicating the basic functions of the ipkg binary.
cd /opt
feed=http://ipkg.nslu2-linux.org/feeds/optware/cs08q1armel/cross/stable/
feednative=http://ipkg.nslu2-linux.org/feeds/optware/cs08q1armel/native/unstable
ipkg_name=`wget -qO- $feed/Packages | awk '/^Filename: ipkg-opt/ {print $2}'`
wget $feed/$ipkg_name
tar -xOvzf $ipkg_name ./data.tar.gz | tar -C / -xzvf -
rm $ipkg_name
- Configure Package Sources
mkdir -p /opt/etc/ipkg
echo "src cross $feed" > /opt/etc/ipkg/feeds.conf
echo "src native $feednative" >> /opt/etc/ipkg/feeds.conf
- Prepare Root's Profile
echo -e "\nexport PATH=/opt/bin:/opt/sbin:\$PATH" >> /root/.profile
source /root/.profile
- Update the Package Lists
ipkg update
- Install the Optware Init Driver Script
- Create the file /opt/etc/rc.optware containing the following:
#!/bin/sh
# Start all init scripts in /opt/etc/init.d
# executing them in numerical order.
#
for i in /opt/etc/init.d/S??* ;do
# Ignore dangling symlinks (if any).
[ ! -f "$i" ] && continue
case "$i" in
*.sh)
# Source shell script for speed.
(
trap - INT QUIT TSTP
set start
. $i
)
;;
*)
# No sh extension, so fork subprocess.
$i start
;;
esac
done
- Make the file executable:
chmod 755 /opt/etc/rc.optware
- Install the Optware InitNG File
This file is used by initng to launch the rc.optware file we just created. Copy the contents into the file into /etc/initng/optware.i:
#!/sbin/itype
# This is a i file, used by initng parsed by install_service
service optware {
need = unicorn/ready;
stdall = /var/log/messages;
script start = {
if test -z "${REAL_OPT_DIR}"; then
REAL_OPT_DIR=/shares/admin/opt/
fi
if test -n "${REAL_OPT_DIR}"; then
if ! grep ' /opt ' /proc/mounts >/dev/null 2>&1 ; then
mkdir -p /opt
mount -o bind ${REAL_OPT_DIR} /opt
fi
fi
[ -x /opt/etc/rc.optware ] && /opt/etc/rc.optware
};
script stop = {
umount /opt
};
}
- Add optware to the end of default.runlevel
echo "optware" >> /etc/initng/runlevel/default.runlevel
- Tell initng to start Optware
ngc --start optware
- After a reboot, /opt should be mounted, and any packages that install scripts in /etc/init.d/ (eg openssh) should have them executed at start-up time.
Install Git
To enable git, we must:
- Enable git logging in /etc/passwd.
- Enable git ssh logging in /etc/ssh/sshd_config
Git needs a lot of memory when compressing its database (occurs at each fetch!). To limit this, run as root:
git config --system pack.windowmemory 128m
git config --system pack.packsizelimit 1g
git config --system pack.threads 1
git config --system core.bigFileThreshold 16m
Then as user git, in all relevant projects (typically those with big files)
cd ~/git/minecraft_nosaves.git
git config --local core.bigFileThreshold 10m
Install rsync
We do via user git, so:
- Set
/bin/bashas shell for user git in /etc/passwd - Set
PermitUserEnvironment yesin /etc/ssh/sshd_config - Create file /shares/git/.ssh/environment to add rsync into path:
PATH=/opt/bin:/opt/sbin:/bin:/usr/bin:/sbin:/usr/sbin
Startup script
Create the file /opt/etc/init.d/S80config (chmod 755):
#! /bin/sh
# Enable /bin/bash as shell for user git to also allow rsync + git in ssh login
sed -ri '/^git/{s_/home_/shares/git_; s_/bin/false_/bin/bash_}' /etc/passwd
# sed -ri '/^git/{s_/home_/shares/git_; s_/bin/false_/opt/bin/git-shell_}' /etc/passwd
# Change permission for /shares/git or sshd will complain (or add 'StrictModes off to /etc/ssh/ssh_config)
chmod go-w /shares/git
# Configure sshd
if ! grep -q git /etc/ssh/sshd_config; then
# Enable ssh login with user git
sed -ri '/^AllowUsers/s/$/ git/;$aMatch User git' /etc/ssh/sshd_config
# Enable user environment for user git (in order to set PATH)
sed -ri $'/^PermitRootLogin/{a PermitUserEnvironment yes\n}' /etc/ssh/sshd_config
# Restart sshd
ngc --restart sshd
fi
# Add git to path
if ! grep -q /opt/bin /etc/environment; then echo "PATH=/opt/bin:/opt/sbin" >> /etc/environment; fi
# Add extra addresses to /etc/hosts
if ! grep -q "###hosts.inc###" /etc/hosts; then cat /opt/etc/hosts.inc >> /etc/hosts; fi
Create the hosts include file /opt/etc/hosts.inc:
# ###hosts.inc### additional hosts for lacie-cloudbox
172.19.3.1 local.gateway # Static
172.19.3.2 manticore # Static?
172.19.100.1 gryphon
172.19.100.2 minimoy # DHCP Static 00:24:54:02:98:8d
172.19.100.3 unicorn # obsolete
172.19.100.4 beqleunxp1nb103 # obsolete
172.19.100.5 nxl67002ux # obsolete
172.19.100.6 griffin # DHCP Static 68:b5:99:f2:4d:99
172.19.100.7 lambada # obsolete
172.19.100.8 reddragon
172.19.100.9 leviathan # obsolete
172.19.100.10 nxl67063 # obsolete
172.19.100.11 mandala # DHCP Static 00:1b:24:fa:a2:9b
172.19.100.12 nxl67002 # obsolete
172.19.100.13 nxl67063ux # obsolete
172.19.100.14 nxl67170ux # DHCP Static b8:ca:3a:cc:07:bf
172.19.100.15 pc-112-597 # DHCP Static b8:ca:3a:93:91:27
172.19.100.16 zyratastic
172.19.100.17 graphicdaemon
172.19.100.18 xbmcbuntu # DHCP Static 00:01:2e:4e:46:05 00:01:2e:4e:46:06
172.19.100.19 zavcxl0005 # DHCP Static 48:0f:cf:27:ad:ad
# 172.19.100.98 lacie-cloudbox # Static
172.19.100.99 mnemosyne # Static
172.19.100.102 minimoy-wlan # DHCP Static 00:26:5e:37:83:ea
172.19.100.105 nxl67002ux-wlan # DHCP Static
172.19.100.106 griffin-wlan # DHCP Static 00:24:d7:7d:4e:94
172.19.100.107 apple-pi # Static
172.19.100.111 mandala-wlan # DHCP Static 00:1d:92:13:d2:7d
172.19.100.114 nxl67170ux-wlan # DHCP Static 84:3a:4b:22:0d:0c
172.19.100.116 zyratastic-wlan
172.19.100.118 xbmcbuntu-wlan # DHCP Static 0c:d2:92:54:c1:53
172.19.100.119 zavcxl0005-wlan # DHCP Static ac:fd:ce:40:c5:31
172.19.100.120 galaxy
Install Unison
- ipkg provides unison 2.27.57. It can be installed via
ipkg install unison.
ipkg list | grep unison
# unison - 2.27.57-2 - A cross-platform file-synchronization tool.
- To get a more recent version, see Unison to compile from source. v2.40.102 is the same as on Ubuntu Trusty 14.04.
Netconsole server
On lacie-cloudbox:
- First install
netcat:
ipkg install netcat
- Then start the server:
mkdir -p /shares/beq06659/netconsole nc -l -p 6666 -u >/shares/beq06659/netconsole/zavcxl0005-netconsole&
On the client, at reboot/wake-up:
NETCON_TGTHOST=lacie-cloudbox
NETCON_PORT=6666
echo "[------------] Redocking on $(date +"%Y-%m-%d %H:%M:%S")..." | nc -w 1 -u -p 6665 $NETCON_TGTHOST $NETCON_PORT
if [ -n "$NETCON_TGTHOST" ]; then
NETCON_TGTIP=$(getent hosts $NETCON_TGTHOST|awk '{print $1}')
ping -c 1 $NETCON_TGTIP >/dev/null
NETCON_TGTMAC=$(arp -n $NETCON_TGTIP|awk '/ether/{print $3}')
echo "Setting up netconsole for location '$LOCATION' ($NETCON_TGTHOST,$NETCON_TGTIP/$NETCON_TGTMAC)"
sudo rmmod netconsole 2> /dev/null
sudo modprobe netconsole netconsole=@/,$NETCON_PORT@$NETCON_TGTIP/$NETCON_TGTMAC
else
echo "netconsole - Unknown location $LOCATION"
fi
Install Optware-ng
Optware-ng is more up-to-date version of Optware. In particular it provides Perl 5.22 with threads, which is necessary to run some autoconf utilities (aclocal).
Our NAS is a armv5tel with kernel 2.6.31-14 (see uname -a), so we pick the ARMv5 EABI legacy feed.
- Create an /opt mount point:
mkdir /shares/admin/opt-ng
mkdir /opt
mount -o bind /shares/admin/opt-ng /opt
- Bootstrap ipkg. We execute the script http://ipkg.nslu2-linux.org/optware-ng/bootstrap/buildroot-armv5eabi-ng-legacy-bootstrap.sh:
feed=http://ipkg.nslu2-linux.org/optware-ng/buildroot-armv5eabi-ng-legacy
ipk_name=$(wget -qO- $feed/Packages | awk '/^Filename: ipkg-static/ {print $2}')
wget -O /tmp/$ipk_name $feed/$ipk_name
tar -C /tmp -xvzf /tmp/$ipk_name ./data.tar.gz
tar -C / -xzvf /tmp/data.tar.gz
rm -f /tmp/$ipk_name /tmp/data.tar.gz
echo "src/gz optware-ng $feed" > /opt/etc/ipkg.conf
echo "dest /opt/ /" >> /opt/etc/ipkg.conf
- Update PATH (if not in /root/.profile already):
export PATH=/opt/bin:/opt/sbin:$PATH
- Update and install a few packages:
ipkg install perl par2cmdline
ipkg install perl-compress-zlib perl-archive-zip
- Install optware-devel
ipkg install optware-devel
# ERROR!
# ...
# Downloading http://ipkg.nslu2-linux.org/optware-ng/buildroot-armv5eabi-ng-legacy/libc-dev_1.0.15-3_arm.ipk.
# To remove package debris, try `ipkg remove libc-dev`.
# To re-attempt the install, try `ipkg install libc-dev`.
# Configuring ncurses-base.
# ...
# update-alternatives: Linking //opt/bin/patch to /opt/bin/patch-patch
# Collected errors:
# * check_data_file_clashes: Package libc-dev wants to install file /opt/include/iconv.h
# But that file is already provided by package * libiconv
# * opkg_install_cmd: Cannot install package optware-devel.
# Fix the error with:
ipkg install --force-overwrite libc-dev
# If this fails:
# Collected errors:
# * pkg_get_installed_files: Failed to open //opt/lib/ipkg/info/libc-dev.list: No such file or directory.
# try to remove package first, and install again:
ipkg remove libc-dev
ipkg install --force-overwrite libc-dev
# Resume optware-devel install:
ipkg install optware-devel
- Install dhcp, vim, procps, git...
ipkg install dhcp vim procps git iotop atop procps
- Restore /opt/etc/rc.optware, /opt/etc/rsyncd.conf, /opt/etc/dhcpd.conf, /opt/etc/init.d/S80config
cp /shares/admin/opt/etc/rc.optware /opt/etc
cp /shares/admin/opt/etc/dhcpd.conf /opt/etc
cp /shares/admin/opt/etc/rsyncd.conf /opt/etc
cp /shares/admin/opt/etc/init.d/S80config /opt/etc/init.d/
cp /shares/admin/opt/etc/hosts.inc /opt/etc
File /opt/etc/rc.optware:
#!/bin/sh
# Start all init scripts in /opt/etc/init.d
# executing them in numerical order.
#
for i in /opt/etc/init.d/S??* ;do
# Ignore dangling symlinks (if any).
[ ! -f "$i" ] && continue
case "$i" in
*.sh)
# Source shell script for speed.
(
trap - INT QUIT TSTP
set start
. $i
)
;;
*)
# No sh extension, so fork subprocess.
$i start
;;
esac
done
File /opt/etc/dhcpd.conf:
# dhcpd.conf
#
# Sample configuration file for ISC dhcpd
#
# option definitions common to all supported networks...
option domain-name "hell";
option domain-name-servers 192.168.1.1;
default-lease-time 86400;
max-lease-time 864000;
option time-offset 0;
option routers 192.168.1.1;
# option ntp-servers 195.13.1.153;
option subnet-mask 255.255.255.0;
option broadcast-address 192.168.1.255;
# Use this to enble / disable dynamic dns updates globally.
#ddns-update-style none;
# If this DHCP server is the official DHCP server for the local
# network, the authoritative directive should be uncommented.
authoritative;
# Use this to send dhcp log messages to a different log file (you also
# have to hack syslog.conf to complete the redirection).
log-facility local7;
# No service will be given on this subnet, but declaring it helps the
# DHCP server to understand the network topology.
# subnet 10.152.187.0 netmask 255.255.255.0 {
# }
# This is a very basic subnet declaration.
subnet 192.168.1.0 netmask 255.255.255.0 {
range 192.168.1.16 192.168.1.63;
}
# This declaration allows BOOTP clients to get dynamic addresses,
# which we don't really recommend.
# subnet 10.254.239.32 netmask 255.255.255.224 {
# range dynamic-bootp 10.254.239.40 10.254.239.60;
# option broadcast-address 10.254.239.31;
# option routers rtr-239-32-1.example.org;
# }
# A slightly different configuration for an internal subnet.
# subnet 10.5.5.0 netmask 255.255.255.224 {
# range 10.5.5.26 10.5.5.30;
# option domain-name-servers ns1.internal.example.org;
# option domain-name "internal.example.org";
# option routers 10.5.5.1;
# option broadcast-address 10.5.5.31;
# default-lease-time 600;
# max-lease-time 7200;
# }
# Hosts which require special configuration options can be listed in
# host statements. If no address is specified, the address will be
# allocated dynamically (if possible), but the host-specific information
# will still come from the host declaration.
# host passacaglia {
# hardware ethernet 0:0:c0:5d:bd:95;
# filename "vmunix.passacaglia";
# server-name "toccata.fugue.com";
# }
# Fixed IP addresses can also be specified for hosts. These addresses
# should not also be listed as being available for dynamic assignment.
# Hosts for which fixed IP addresses have been specified can boot using
# BOOTP or DHCP. Hosts for which no fixed address is specified can only
# be booted with DHCP, unless there is an address range on the subnet
# to which a BOOTP client is connected which has the dynamic-bootp flag
# set.
# host fantasia {
# hardware ethernet 08:00:07:26:c0:a5;
# fixed-address fantasia.fugue.com;
# }
host manticore {
hardware ethernet 00:1d:7e:0c:24:5f;
fixed-address 192.168.1.2;
}
host tvsettopbox {
hardware ethernet f4:5f:d4:9e:20:2e;
fixed-address 192.168.1.64;
}
host minimoy-wlan {
hardware ethernet 00:26:5e:37:83:ea;
fixed-address 192.168.1.102;
}
host griffin-wlan {
hardware ethernet 00:24:d7:7d:4e:94;
fixed-address 192.168.1.106;
}
host apple-pi {
hardware ethernet b8:27:eb:30:66:7f;
fixed-address 192.168.1.107;
}
host mandala-wlan {
hardware ethernet 00:1d:92:13:d2:7d;
fixed-address 192.168.1.111;
}
host nxl67170ux.wlan {
hardware ethernet 84:3a:4b:22:0d:0c;
fixed-address 192.168.1.114;
}
host zyratastic-wlan {
hardware ethernet 24:0a:64:69:09:57;
fixed-address 192.168.1.116;
}
host graphicdaemon-wlan {
hardware ethernet 54:27:1e:76:40:df;
fixed-address 192.168.1.117;
}
host xbmcbuntu-wlan {
hardware ethernet 0c:d2:92:54:c1:53;
fixed-address 192.168.1.118;
}
host zavcxl0005-wlan {
hardware ethernet ac:fd:ce:40:c5:31;
fixed-address 192.168.1.119;
}
host alpha-blue {
hardware ethernet f4:09:d8:97:c1:78;
fixed-address 192.168.1.121;
}
host minimoy {
hardware ethernet 00:24:54:02:98:8d;
fixed-address 192.168.1.202;
}
host griffin {
hardware ethernet 68:b5:99:f2:4d:99;
fixed-address 192.168.1.206;
}
host mandala {
hardware ethernet 00:1b:24:fa:a2:9b;
fixed-address 192.168.1.211;
}
host nxl67170ux {
hardware ethernet b8:ca:3a:cc:07:bf;
fixed-address 192.168.1.214;
}
host pc-112-597 {
hardware ethernet b8:ca:3a:93:91:27;
fixed-address 192.168.1.215;
}
host zyratastic {
hardware ethernet 74:d0:2b:b8:10:2d;
fixed-address 192.168.1.216;
}
host graphicdaemon {
hardware ethernet 10:c3:7b:1a:b2:1a;
fixed-address 192.168.1.217;
}
host xbmcbuntu {
hardware ethernet 00:01:2e:4e:46:05;
fixed-address 192.168.1.218;
}
# xbmcbuntu 2nd ethernet
host xbmcbuntu2 {
hardware ethernet 00:01:2e:4e:46:06;
fixed-address 192.168.1.218;
}
host zavcxl0005 {
hardware ethernet a0:d3:c1:9c:59:56;
fixed-address 192.168.1.219;
}
# host galaxy {
# hardware ethernet --:--:--:--:--:--;
# fixed-address 192.168.1.120;
# }
# You can declare a class of clients and then do address allocation
# based on that. The example below shows a case where all clients
# in a certain class get addresses on the 10.17.224/24 subnet, and all
# other clients get addresses on the 10.0.29/24 subnet.
# class "foo" {
# match if substring (option vendor-class-identifier, 0, 4) = "SUNW";
# }
# shared-network 224-29 {
# subnet 10.17.224.0 netmask 255.255.255.0 {
# option routers rtr-224.example.org;
# }
# subnet 10.0.29.0 netmask 255.255.255.0 {
# option routers rtr-29.example.org;
# }
# pool {
# allow members of "foo";
# range 10.17.224.10 10.17.224.250;
# }
# pool {
# deny members of "foo";
# range 10.0.29.10 10.0.29.230;
# }
# }
File /opt/etc/rsyncd.conf:
# rsyncd.conf
#
# configure according to your needs
uid = nobody
gid = everyone
use chroot = yes
max connections = 5
syslog facility = local3
pid file = /var/run/rsyncd.pid
secrets file = /opt/etc/rsyncd.secrets
#[backup]
# path = /share/hdd/data/backup
# comment = nslu2 backup
# read only = no
# auth users = harry
# hosts allow = 192.168.10.10
# hosts deny = *
File /opt/etc/init.d/S80config:
#! /bin/sh
echo "Running $0 on $(date)" >> /root/s80config.log
# Enable /bin/bash as shell for user git to also allow rsync + git in ssh login
sed -ri '/^git/{s_/home_/shares/git_; s_/bin/false_/bin/bash_}' /etc/passwd
# sed -ri '/^git/{s_/home_/shares/git_; s_/bin/false_/opt/bin/git-shell_}' /etc/passwd
# Change permission for /shares/git or sshd will complain (or add 'StrictModes off to /etc/ssh/ssh_config)
chmod go-w /shares/git
# Configure sshd
if ! grep -q git /etc/ssh/sshd_config; then
# Enable ssh login with user git
sed -ri '/^AllowUsers/s/$/ git/;$aMatch User git' /etc/ssh/sshd_config
# Enable user environment for user git (in order to set PATH)
sed -ri $'/^PermitRootLogin/{a PermitUserEnvironment yes\n}' /etc/ssh/sshd_config
# Restart sshd
ngc --restart sshd
fi
# Add git to path
if ! grep -q /opt/bin /etc/environment; then echo "PATH=/opt/bin:/opt/sbin" >> /etc/environment; fi
# Add extra addresses to /etc/hosts
if ! grep -q "###hosts.inc###" /etc/hosts; then cat /opt/etc/hosts.inc >> /etc/hosts; fi
# Start netconsole listener
# Requires: ipkg install netcat
# if ! pgrep -f "nc -l -p 6666" >/dev/null 2>/dev/null; then
# echo "Starting netconsole listener"
# mkdir -p /shares/beq06659/netconsole
# nc -l -p 6666 -u >/shares/beq06659/netconsole/zavcxl0005-netconsole&
# fi
File /opt/etc/hosts.inc:
# ###hosts.inc### additional hosts for lacie-cloudbox
192.168.3.1 local.gateway # Static
192.168.3.2 manticore # Static?
192.168.1.201 gryphon
192.168.1.202 minimoy # DHCP Static 00:24:54:02:98:8d
192.168.1.203 unicorn # obsolete
192.168.1.204 beqleunxp1nb103 # obsolete
192.168.1.205 nxl67002ux # obsolete
192.168.1.206 griffin # DHCP Static 68:b5:99:f2:4d:99
192.168.1.207 lambada # obsolete
192.168.1.208 reddragon
192.168.1.209 leviathan # obsolete
192.168.1.210 nxl67063 # obsolete
192.168.1.211 mandala # DHCP Static 00:1b:24:fa:a2:9b
192.168.1.212 nxl67002 # obsolete
192.168.1.213 nxl67063ux # obsolete
192.168.1.214 nxl67170ux # DHCP Static b8:ca:3a:cc:07:bf
192.168.1.215 pc-112-597 # DHCP Static b8:ca:3a:93:91:27
192.168.1.216 zyratastic
192.168.1.217 graphicdaemon
192.168.1.218 xbmcbuntu # DHCP Static 00:01:2e:4e:46:05 00:01:2e:4e:46:06
192.168.1.219 zavcxl0005 # DHCP Static 48:0f:cf:27:ad:ad
# 192.168.1.98 lacie-cloudbox # Static
192.168.1.99 mnemosyne # Static
192.168.1.102 minimoy-wlan # DHCP Static 00:26:5e:37:83:ea
192.168.1.105 nxl67002ux-wlan # DHCP Static
192.168.1.106 griffin-wlan # DHCP Static 00:24:d7:7d:4e:94
192.168.1.107 apple-pi # Static
192.168.1.111 mandala-wlan # DHCP Static 00:1d:92:13:d2:7d
192.168.1.114 nxl67170ux-wlan # DHCP Static 84:3a:4b:22:0d:0c
192.168.1.116 zyratastic-wlan
192.168.1.118 xbmcbuntu-wlan # DHCP Static 0c:d2:92:54:c1:53
192.168.1.119 zavcxl0005-wlan # DHCP Static ac:fd:ce:40:c5:31
192.168.1.120 galaxy
- Create the start script /etc/initng/optware-ng.i:
#!/sbin/itype
# This is a i file, used by initng parsed by install_service
service optware-ng {
need = unicorn/ready;
stdall = /var/log/messages;
script start = {
if test -z "${REAL_OPT_DIR}"; then
REAL_OPT_DIR=/shares/admin/opt-ng/
fi
if test -n "${REAL_OPT_DIR}"; then
if ! grep ' /opt ' /proc/mounts >/dev/null 2>&1 ; then
mkdir -p /opt
mount -o bind ${REAL_OPT_DIR} /opt
fi
fi
[ -x /opt/etc/rc.optware ] && /opt/etc/rc.optware
};
script stop = {
umount /opt
};
}
- Add the service to /etc/initng/runlevel/default.runlevel, and start it:
echo optware-ng >> /etc/initng/runlevel/default.runlevel
ngc --start optware-ng
/root configuration
file README:
DHCP Server
-----------
/opt/etc/dhcpd.conf
config file
/opt/etc/dhcpd.leases
current leases
file backup_all.txt:
unison backup.prf # Make sure that pc-112-567 is up
unison photos.prf # Make sure that mnemosyne is up
unison archives.prf # Make sure that mnemosyne is up
unison musics.prf # Make sure that mnemosyne is up
file CLEAR_MEMORY.sh:
#! /bin/sh
# Run this script to free memory for backuppc
pkill -SIGSTOP -f unicorn # I stop it first so that it can't react
pkill -SIGKILL -f unicorn # then kill it
sleep 1 && pkill -SIGSTOP -f unicorn # then stop it again because it respawns
pkill -SIGSTOP -f mt_daapd
pkill -SIGSTOP twonky
pkill -SIGSTOP php-cgi
pkill -SIGKILL -f mt-daapd # media server stuff
pkill -SIGKILL twonky # media server stuff
pkill -SIGKILL php-cgi # php-cgi server launcher by lighttpd
# Might also need to STOP/KILL python process, but should kill only the 'unicorn' one
#pkill -SIGSTOP python...
# The following might help as well, because twonky keep restarting
# ngc -d unicorn
- family
- Mount with
sudo mount //lacie-cloudbox/beq06659 /mnt/any -o noperm,iocharset=utf8,sec=ntlm,username=public,password=
- beq06659
- Mount with
sudo mount //lacie-cloudbox/beq06659 /mnt/any -o noperm,iocharset=utf8,sec=ntlm,username=beq06659
Backup
Backup Mnemosyne
We use unison.
/root/.unison/default.prf (<file name="default.prf" tag="source">download</file>)
# Unison default preferences file
# Fastcheck - by default false on windows machine, and true on Unix machine.
# When true, uses modification date + file size as inone number. Otherwise do a full scan
fastcheck = true
# If any new preferences are added by Unison (e.g. 'ignore'
# preferences added via the graphical UI), then store them in the
# default profile file
addprefsto = default.prf
# Ignore file permissions (necessary on samba/CIFS fs)
# perms = 0
# Make sure that both roots are mounted
mountpoint = .
# Common Ignore specification
ignore = Name System Volume Information
/root/.unison/musics.prf (<file name="musics.prf" tag="source">download</file>)
# Common include
include default.prf
root = /shares/Family/musics
root = ssh://root@mnemosyne//volume1/musics
# Where to find unison on remote server
servercmd = /opt/bin/unison
# don't ask for non-conflicting changes
auto = true
# We *MUST* sync permissions because unison defaults would prevent access to files/folders
# via samba shares (since unison runs as root)
# perms = 0
/root/.unison/archives.prf (<file name="archives.prf" tag="source">download</file>)
# Common include
include default.prf
root = /shares/Family/archives
root = ssh://root@mnemosyne//volume1/archives
# Where to find unison on remote server
servercmd = /opt/bin/unison
# don't ask for non-conflicting changes
auto = true
# We *MUST* sync permissions because unison defaults would prevent access to files/folders
# via samba shares (since unison runs as root)
# perms = 0
BackupPC
- See also Backuppc
- Fix broken pipe errors
Backuppc requires lot of memory (rsync). To free as much as possible, I kill all python stuff (except ublock-daemon) and all media stuff:
pkill -SIGSTOP -f unicorn # I stop it first so that it can't react
pkill -SIGKILL -f unicorn # then kill it
sleep 1 && pkill -SIGSTOP -f unicorn # then stop it again because it respawns
pkill -SIGSTOP -f mt_daapd
pkill -SIGSTOP twonky
pkill -SIGSTOP php-cgi
pkill -SIGKILL -f mt-daapd # media server stuff
pkill -SIGKILL twonky # media server stuff
pkill -SIGKILL php-cgi # php-cgi server launcher by lighttpd
Duplicity (Obsolete)
This section is OBSOLETE — I no longer use duplicity
- Backup done with deja-dup, which use duplicity as back-end
- Duplicity can't access samba share. Instead mount samba share locally, and use file:///smb/lacie-cloudbox/sharename instead. Note the triple slash.
- View available backup:
duplicity collection-status file:///smb/lacie-cloudbox/beq06659
- List file in current backup
duplicity list-current-files file:///smb/lacie-cloudbox/beq06659
Metadata information is stored in ~/.cache/duplicity. Attention, it seems this can grow quite large.
DHCP Server
- install
# Install the service
ipkg install dhcp
mkdir /opt/var/run
# Edit the configuration
vi /opt/etc/dhcpd.conf
# Restart the service
/opt/etc/init.d/S56dhcpd
- DHCP daemon configuration: /opt/etc/dhcpd.conf
- Current leases are at /opt/etc/dhcpd.leases
- Now I disabled the dhcpd, and will try again the one on vDSL+ router:
cp /opt/etc/dhcpd.conf /opt/etc/dhcpd.conf.bak # Backup config if we want to reinstall
ipkg remove dhcp
- DHCP server on the VDSL+ router is a huge pile of sh*te, so I enable it again:
ipkg install dhcp
cp /opt/etc/dhcpd.conf.bak /opt/etc/dhcpd.conf
/opt/etc/init.d/S56dhcpd
To do
- Current backup only includes files that are readable by user beq06659. It should include all files.
- Exclude some unnecessary folders. Organize these folders to ease future backup.
- Backup / filesystem (at least /etc, /usr/local)
- Backup solutions
- deja-dup
- Need one setup for each pc
- No centralized management. Backup job could happen all at the same time. Same files between pc are stored multiple times.
- Easy to setup
- How to backup root filesystem?
- duplicity
- backuppc
- How to install?
- Will the NAS have enough memory?
- bacula
- Package readily available in OptWare
- rsnapshot
See question on bacula/backuppc/rsnapshot at http://serverfault.com/questions/282228/bacula-vs-backuppc
- Rooting NAS and install new app
- TBC
Troubleshoot
sshd
- See log at /var/log/messages
- Check sshd config /etc/ssh/sshd_config:
- Make sure user is authorized:
AllowUsers root netbackup git
- If user home is on /shares mount, then disable
StrictModes
- If user home is on /shares mount, then disable
StrictModes no
- Enable user environment
PermitUserEnvironment yes
- then
env > ~/.ssh/environment vi ~/.ssh/environment # Remove useless variables
- Edit /etc/passwd:
git:x:503:100:None:/shares/git:/opt/bin/git-shell
- Restart sshd:
ngc --restart sshd
git
- Check that environment is ok [3]
ssh git@lacie-cloudbox "which git-upload-pack"
ntp
- Box loses regularly time synchronization, which then affects backuppc
- Workaround: log into https://lacie-cloudbox/, and reset ntp (uncheck / check ntp server).
slow performance, lot of swapping
The Lacie-Cloudbox only has 256MB physical memory, and some processes takes a lot of memory. When doing some unusual tasks, we can disable (stop) temporarily these processes, without apparently damage:
pkill -SIGSTOP twonky # Usually consuming around 100MB+
pkill -f -SIGSTOP unicorn # A python process running /usr/lib/unicorn/run.py (and consuming 100MB+)
To restart:
pkill -SIGCONT twonky
pkill -f -SIGCONT unicorn