Notes

This page is read only. You can view the source, but not change it. Ask your administrator if you think this is wrong.
======Solaris======
[[http://homepage2.nifty.com/mrym3/taiyodo/eng/|Free NIC drivers for Solaris]] including those for an nForce 3 motherboard. \\
[[http://www.opencsw.org/|CSW packaging home]] home of pkg-get for Solaris and a large collection of packages. \\
[[http://www.blastwave.org/|Blastwave]] is a collective effort to create a set of binary packages of free software, that can be automatically installed to a Solaris computer (sparc or x86 based) over the network. Blastwave has a substantial build server farm for the use of the software developers and maintainers in the Solaris community. All software is built and tested in a standardized build environment using Sun ONE Studio 8, Sun ONE Studio 10, Studio 11 tools as well as GCC. \\

=====DNS client configuration=====
Edit /etc/nsswitch.conf:
<code>
hosts:     files dns
</code>
Edit /etc/resolv.conf:
<code>
nameserver 10.1.1.1
</code>
Source:[[http://www.charvolant.org/~doug/network/html/node10.html|DNS Configuration]] \\

=====DHCP client configuration=====
Create a /etc/dhcp.ifname:
<code>
touch /etc/dhcp.nfo0
</code>

=====Mount ISO on Solaris=====
<code>
# lofiadm -a /path/to/cd.iso
</code>
The output contains a part of the input for the next step:
<code>
/dev/lofi/1
</code>
To mount the ISO:
<code>pkgconfig-x.xx-sol10-x86-local.gz
# mount -o ro -F hsfs /dev/lofi/1 /mnt
</code>
Sources: \\
[[http://www.cyberciti.biz/faq/howto-mount-sun-solaris-cd-iso-image/|lofiadm: Solaris Mount an ISO CD Image]] \\
[[http://www.sunsolarisadmin.com/general/how-to-mount-an-iso-image-in-sun-solaris/|How to mount an ISO image in SUN Solaris]] \\

=====Commands=====

System cpu/mem/process statistics:
<code>
prstat
</code>


====Logrotation====

<code>
man logadm
</code>

Rotate /var/log/mylog: \\
-p1w: after one week. \\
-C7:  keep 7 old versions. \\
-z0:  Leave 0 old log file uncompressed. \\
-N:   Do not complain about missing logs. \\
-w mylog:   Provide "mylog" as name for this logadm configuration.
<code>
logadm -p1w -C7 -z0 -N -w mylog /var/log/mylog
</code>


====System information====


===CPU===

<code>
psrinfo -pv
</code>

Example output:

<code>
The physical processor has 4 cores and 8 virtual processors (0-7)
  The core has 2 virtual processors (0 4)
  The core has 2 virtual processors (1 5)
  The core has 2 virtual processors (2 6)
  The core has 2 virtual processors (3 7)
    x86 (GenuineIntel 206C2 family 6 model 44 step 2 clock 2400 MHz)
      Intel(r) Xeon(r) CPU           E5620  @ 2.40GHz
</code>

<code>
prtdiag
</code>

Example output:

<code>
System Configuration: Supermicro X8DTN+-F
BIOS Configuration: American Megatrends Inc. 2.1c       10/28/2011
BMC Configuration: IPMI 2.0 (KCS: Keyboard Controller Style)

==== Processor Sockets ====================================

Version                          Location Tag
-------------------------------- --------------------------
Intel(R) Xeon(R) CPU           E5620  @ 2.40GHz CPU 1

==== Memory Device Sockets ================================

Type        Status Set Device Locator      Bank Locator
----------- ------ --- ------------------- ----------------
DDR3        in use 0   P1-DIMM1A           BANK0
DDR3        empty  0   P1-DIMM1B           BANK1
DDR3        empty  0   P1-DIMM1C           BANK2
DDR3        in use 0   P1-DIMM2A           BANK3
DDR3        empty  0   P1-DIMM2B           BANK4
DDR3        empty  0   P1-DIMM2C           BANK5
DDR3        in use 0   P1-DIMM3A           BANK6
DDR3        empty  0   P1-DIMM3B           BANK7
DDR3        empty  0   P1-DIMM3C           BANK8
DDR3        empty  0   P2-DIMM1A           BANK9
DDR3        empty  0   P2-DIMM1B           BANK10
DDR3        empty  0   P2-DIMM1C           BANK11
DDR3        empty  0   P2-DIMM2A           BANK12
DDR3        empty  0   P2-DIMM2B           BANK13
DDR3        empty  0   P2-DIMM2C           BANK14
DDR3        empty  0   P2-DIMM3A           BANK15
DDR3        empty  0   P2-DIMM3B           BANK16
DDR3        empty  0   P2-DIMM3C           BANK17

==== On-Board Devices =====================================

==== Upgradeable Slots ====================================

ID  Status    Type             Description
--- --------- ---------------- ----------------------------
</code>

Source: [[https://www.thegeekdiary.com/how-to-find-number-of-physicallogical-cpus-cores-and-memory-in-solaris/|The Geek Diary - How to find Number of Physical/Logical CPUs, cores and memory in Solaris]]


===Memory===

Amount of system memory in megabytes:
<code>
prtconf -m
</code>

Example output:

<code>
24568
</code>


===Disk===

<code>
diskinfo
</code>

Example output:

<code>
TYPE    DISK                    VID      PID              SIZE          RMV SSD
SCSI    c0t5000C500A1D1C647d0   ATA      ST1000NM0008-2F2  931.51 GiB   no  no
SCSI    c0t5000C500A1D1B4D4d0   ATA      ST1000NM0008-2F2  931.51 GiB   no  no
SCSI    c0t5000C500A45A75A2d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45A73EAd0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45B6EB5d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45EB962d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45D5DFFd0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45A4389d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45E8218d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A45E6E92d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A52BBA32d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A52BD754d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A52C80CAd0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500C602C8D6d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A5D84CFDd0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A60E9679d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A52F1CF1d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
SCSI    c0t5000C500A52C9BD5d0   ATA      ST8000NM0055-1RM 7452.04 GiB   no  no
</code>


====Services====

List services:
<code>
svcs
</code>

Enable a service:
<code>
pfexec svcadm enable /network/zabbix:agent
</code>

Restart service:
<code>
pfexec svcadm restart zabbix:agent
</code>

Clear a 'maintenance' mark on a service (e.g. when set after too many service failures):
<code>
pfexec svcadm clear zabbix:agent
</code>


=====Misc Links=====
[[http://www.bolthole.com/|Bolthole.com]] is a mix of Solaris info, Java programming, and other techie tips. \\

======OpenSolaris/OpenIndiana======
=====Flash player=====
Install Adobe Flash Player on OpenSolaris for the default Firefox browser:
  - Download the latest Flash Player from the [[http://www.adobe.com/|Adobe website]].
  - Extract the contents of the archive to ~/.mozilla/plugins/
  - Restart Firefox.

=====ioquake3=====

^OpenSolaris^OpenIndiana^
|Tested with: \\ OpenSolaris: ? \\ ioquake3: ?|Tested with: \\ OpenIndiana 151a7 \\ ioquake3 rev2244|
|Download and install pkgconfig-x.xx-sol10-x86-local.gz [[http://www.sunfreeware.com/|Freeware for Solaris]]. \\ \\ Check your PATH with: <code>$ $PATH</code> If /usr/local/bin isn't in the PATH place it there temporarily: <code>$ export PATH=$PATH:/usr/local/bin</code> \\ Use Package Manager to install: \\  SUNWgmake \\ SUNWgcc (installeerd SUNWgcc, SUNWbinutils, SUNWarc en SUNWhea) \\|Use Package Manager to install: <file>gcc-3
header-math
iconv/extra
</file> Source for header-math [[http://ewaldertl.blogspot.nl/2012/11/openindiana-151a7-is-missing-mathh.html|1]] \\ \\ Create a Makefile.local in the ioquake3 tree with contents:<file>Makefile.local:
USE_VOIP=0
USE_OPENAL=0
</file> FIXME: Fix the following:<file>gmake[2]: Entering directory `/home/bas/ioquake3'
gmake[2]: `build/release-sunos-i386/ioq3ded.i386' is up to date.
LD build/release-sunos-i386/ioquake3.i386
ld: fatal: library -liconv: not found
ld: fatal: file processing errors. No output written to build/release-sunos-i386/ioquake3.i386
collect2: ld returned 1 exit status
gmake[2]: *** [build/release-sunos-i386/ioquake3.i386] Error 1
gmake[2]: Leaving directory `/home/bas/ioquake3'
gmake[1]: *** [targets] Error 2
gmake[1]: Leaving directory `/home/bas/ioquake3'
gmake: *** [release] Error 2
</file> Hint: compiling and installing libiconv-1.14 doesn't help.|

Open ./ioquake3/Makefile and scroll to:
<code>
#############################################################################
# SETUP AND BUILD -- SunOS
#############################################################################
</code>
Change: 
<code>
  MKDIR=gmkdir
</code>
To:
<code>
  MKDIR=mkdir
</code>
Start the compilation:
<code>
$ gmake
</code>


======OmniOSCE======

=====Configure network interface after install=====

// Tested on OmniOSCE r151046. //

Check the dmesg output for the available network cards:

<code>
dmesg | grep mac
</code>

"Enable" the interface (in this case the yge0 interface):

<code>
ipadm create-if yge0
</code>

Set it to DHCP:

<code>
touch /etc/dhcp.yge0
</code>

Reboot:

<code>
reboot
</code>


=====WireGuard=====

Install WireGuard:
<code>
pfexec pkg install wireguard-tools
</code>

Go to homedir:
<code>
cd
</code>

Generate public and private WireGuard keys:
<code>
wg genkey | tee private.key | wg pubkey > public.key
</code>

Move the private.key to be the start of the tun0.conf:
<code>
pfexec mv private.key /etc/opt/ooce/wireguard/tun0.conf
</code>

Set permissions:
<code>
pfexec chown root:bin /etc/opt/ooce/wireguard/tun0.conf
pfexec chmod 0600 /etc/opt/ooce/wireguard/tun0.conf
</code>

Edit tun0.conf:
<code>
pfexec vi /etc/opt/ooce/wireguard/tun0.conf
</code>

Add server config under [Interface], and at least one client under a [Peer]:
<code>
[Interface]
PrivateKey = BASE64PRIVATEKEYOFSERVER
Address = 10.10.10.1/32
ListenPort = 5182

[Peer]
PublicKey = BASE64PUBLICKEYOFCLIENT
Endpoint = 10.1.1.38:5182
AllowedIPs = 10.10.10.38/32
</code>
Address: IP address to use for tunnel interface on the server. \\
Endpoint: IP address of client. \\
AllowedIPs: At least tunnel IP of client. \\

wg-quick looks for information in /etc/wireguard/ directory. \\
Create the config directory:
<code>
pfexec mkdir /etc/wireguard
</code>

And link the config:
<code>
pfexec ln -sf /etc/opt/ooce/wireguard/tun0.conf /etc/wireguard/tun0.conf
</code>

Start the WireGuard tun0 interface:
<code>
wg-quick up tun0
</code>

Expected output:
<code>
[#] wireguard-go tun
[#] sleep 0.1
[+] Interface for wg0 is tun0
[#] ipadm create-addr -t -T static -a local=10.10.10.1/32,remote=10.10.10.1 tun0/wg00
[#] wg setconf tun0 /dev/fd/63
[#] ifconfig tun0 mtu 1420
[#] route -q -n add -inet 10.10.10.38/32 -iface 10.10.10.1
add host 10.10.10.38/32: gateway 10.10.10.1
[+] Backgrounding route monitor
</code>

Show the status of WireGuard:
<code>
wg show
</code>

Expected output:
<code>
interface: tun0
  public key: BASE64PUBLICKEYOFSERVER
  private key: (hidden)
  listening port: 5182

peer: BASE64PUBLICKEYOFCLIENT
  endpoint: 10.1.1.38:5182
  allowed ips: 10.10.10.38/32
</code>

Shut down the interface so we can enable the wq-quick service (without it switching to state 'maintenance':
<code>
pfexec wg-quick down tun0
</code>

Check that wg-quick is available as a service to create an instance for:
<code>
svccfg list | grep wg
</code>

Expected output:
<code>
ooce/network/wg-quick
</code>

If it isn't import the manifest:
<code>
pfexec svccfg -v import /lib/svc/manifest/ooce/network-wg-quick.xml
</code>

Expected output:
<code>
svccfg: Successful import.
</code>

Create an instance of the wg-quick service for the tun0 config/interface:
<code>
pfexec svccfg
</code>

You will get the svccfg interactive shell. \\
Select the ooce/network/wg-quick service, add an instance for tun0, and exit the svccfg shell as follows:
<code>
svc:> select ooce/network/wg-quick
svc:/ooce/network/wg-quick> add tun0
svc:/ooce/network/wg-quick> exit
</code>

Check:
<code>
svcs -a | grep wg
</code>

Expected output:

<code>
-              -        svc:/ooce/network/wg-quick:tun0
</code>

Enable:
<code>
pfexec svcadm enable /ooce/network/wg-quick:tun0
</code>

Check:
<code>
svcs -a | grep wg
</code>

Expected output:

<code>
online         17:58:49 svc:/ooce/network/wg-quick:tun0
</code>

Check the status of WireGuard like before:
<code>
wg show
</code>

Reboot the server and use 'wg show' to check that that the WireGuard tun0 interface is available after reboot.

Source: [[https://kubernaut.eu/posts/installation-of-wireguard-wireguard-go-in-omnios-illumos/|kubernaut.eu - Installation of wireguard (wireguard-go) in OmniOS (illumos)]]