If you need to order the JFL parts from Lizard Lick, here is what’s used inside
Left column: Samwa LB-35 Ball Top, Sanwa JLF-CD Shaft Cover Kit. Center column: Sanwa JLF-P-4 Pivot Cylinder, Sanwa JL-PP1 Dustwasher. Right column: Sanwa JLF-MW Metal Washer, Sanwa JLF-P-6 Spring Cover, Sanwa JLF-SP Spring, Sanwa JLF-P-5 Actuator

Between the joystick and top panel

Between the joystick and top panel goes the pivot cilinder

Put another dustwasher between the joystick and top panel

Joystick

Joystick with Metal Washer

Joystick with Metal Washer and Spring Cover

Joystick with Metal Washer, Spring Cover, Spring and Actuator

When you connect the cable to the 5 pin connector, make sure that the rails are facing up (away from the top panel)

How to open the case

Main Printed Circuit Board and Terminal Block

Control Module and USB cable compartment

Top control panel

Removing the Sanwa snap-in buttons and replacing with Seimitsu, Sanwa screw-in buttons

Semitsu LS-32-01 (Semitsu SS mounting plate) and Sanwa JLF-P1 flat mounting plate

How to fit a Happ/iL pushbutton and joystick

Summary

Mad Catz FightStick LockSwitch++ Mod

Solderless Tricks & Tips for QDs and Ribbon Connectors

On iTunes, go to Devices and click on the iPod. It will display the Name, Capacity, Software Version, Serial Number and Format. The format can be PC or Macintosh and needs to be equal to the computer you’re using.

To change the Disk Format on your iPod, click on the button Restore

Put your videos on the folder called video (preferred videos encoded as MPEG4 – they have the extension ended in .mp4 or .m4v)

To watch your videos on your Android phone, you should use two programs (actually, you can use just one if you use MPEG4 videos)

To browse your DLNA server, install UPnPlay (download it from the Android Market or scan the QR Code

You can also install the MoboPlayer, a video player that opens almost all videos available.

Open UPnPlay and click on your DiskStation or the file cabinet icon and browse the folders that are shared. Once you find an item that you would like to play, click on it and UPnPlay will ask you if you want to play it with the built-in video player or MoboPlayer.

I’ve tried using a Kingston KVR KVR1333D3S9/4G but it ended up beeping whenever I tried to put the top memory stick.

I tried using Markvision BMD34096M1333C9-1121 and it worked perfectly as you can see below

root@linux:~ # /usr/sbin/hpacucli
HP Array Configuration Utility CLI 8.70-8.0
Detecting Controllers…

Error: Another instance of ACU is already running (possibly a service). Please
terminate the ACU application before running the ACU CLI. Press ENTER to
exit.

But there is no process running

root@linux:~ # ps -ef | grep -i acu
root 4805 32086 0 10:00 pts/0 00:00:00 grep -i acu

Delete all files on /opt/compaq/cpqacuxe/bld/locks to solve this problem

root@linux:/opt/compaq/cpqacuxe/bld/locks # ls
. .. CPQACU_MUTEX

root@linux:~ # rpm -qi hpacucli
Name        : hpacucli                     Relocations: (not relocatable)
Version     : 8.70                              Vendor: Hewlett-Packard Company
Release     : 8.0                           Build Date: Thu Dec  2 00:43:51 2010
Install date: Wed May 11 10:34:58 2011      Build Host: Prowl
Group       : Applications/System           Source RPM: hpacucli-8.70-8.0.src.rpm
Size        : 17788857                         License: See hpacucli.license
Signature   : (none)
Packager    : Hewlett-Packard Company
URL         : http://www.hp.com/linux
Summary     : HP Command Line Array Configuration Utility
Description :
The HP Command Line Array Configuration Utility is the disk
array configuration program for Array Controllers.
Distribution: (none)

Check which version you’re running

root@linux:~ # cat /etc/*release
SUSE LINUX Enterprise Server 9 (i586)
VERSION = 9
PATCHLEVEL = 3

Download it on this link: http://h18000.www1.hp.com/products/servers/proliantstorage/software-management/acumatrix/index.html

Install the package

root@linux:~ # rpm -ivh hpacucli-8.70-8.0.noarch.rpm
Preparing…                ########################################### [100%]
1:hpacucli               ########################################### [100%]

And run hpacucli

root@linux:~ # hpacucli ctrl all show config
Smart Array 642 in Slot 3                 (sn: P92260YXQT80I8)
array A (Parallel SCSI, Unused Space: 0 MB)
logicaldrive 1 (279.4 GB, RAID 1, OK)
physicaldrive 2:0   (port 2:id 0 , Parallel SCSI, 300 GB, OK)
physicaldrive 2:1   (port 2:id 1 , Parallel SCSI, 300 GB, OK)

Checking status of all controllers

root@linux:~ # hpacucli ctrl all show status
Smart Array 6i in Slot 0 (Embedded)
Controller Status: OK
Cache Status: OK

root@linux:~ # hpacucli ctrl all show config detail

Smart Array E200 in Slot 3
Bus Interface: PCI
Slot: 3
Serial Number: PA6C9%%BFTTEZI
Cache Serial Number: P9A3A0B9SUB9YB
RAID 6 (ADG) Status: Disabled
Controller Status: OK
Chassis Slot:
Hardware Revision: Rev A
Firmware Version: 1.82
Rebuild Priority: Medium
Expand Priority: Medium
Surface Scan Delay: 3 secs
Post Prompt Timeout: 15 secs
Cache Board Present: True
Cache Status: OK
Accelerator Ratio: 50% Read / 50% Write
Drive Write Cache: Disabled
Total Cache Size: 128 MB
Battery Pack Count: 1
Battery Status: OK
SATA NCQ Supported: False

Array: A
Interface Type: SAS
Unused Space: 0 MB
Status: OK

Logical Drive: 1
Size: 410.1 GB
Fault Tolerance: RAID 5
Heads: 255
Sectors Per Track: 32
Cylinders: 65535
Stripe Size: 64 KB
Status: OK
Array Accelerator: Enabled
Parity Initialization Status: Initialization Completed
Unique Identifier: 600508B100102542465454455A490012
Disk Name: /dev/cciss/c0d0
Mount Points: / 10.0 GB, swap 5.0 GB, /boot 513 MB
Logical Drive Label: A03C5226PA6C9%%BFTTEZI6260

physicaldrive 1I:1:1
Port: 1I
Box: 1
Bay: 1
Status: OK
Drive Type: Data Drive
Interface Type: SAS
Size: 146 GB
Rotational Speed: 10000
Firmware Revision: HPD6
Serial Number: BS05P880BW8H0834
Model: HP DG146BABCF
PHY Count: 2
PHY Transfer Rate: 3.0GBPS, Unknown
physicaldrive 1I:1:2
Port: 1I
Box: 1
Bay: 2
Status: OK
Drive Type: Data Drive
Interface Type: SAS
Size: 146 GB
Rotational Speed: 10000
Firmware Revision: HPDD
Serial Number: 3NM4P21D0000983193YT
Model: HP DG146ABAB4
PHY Count: 1
PHY Transfer Rate: 3.0GBPS
physicaldrive 1I:1:3
Port: 1I
Box: 1
Bay: 3
Status: OK
Drive Type: Data Drive
Interface Type: SAS
Size: 146 GB
Rotational Speed: 10000
Firmware Revision: HPD6
Serial Number: PCY2S4AE
Model: HP DG0146FARVU
PHY Count: 2
PHY Transfer Rate: 3.0GBPS, Unknown
physicaldrive 1I:1:4
Port: 1I
Box: 1
Bay: 4
Status: OK
Drive Type: Data Drive
Interface Type: SAS
Size: 146 GB
Rotational Speed: 10000
Firmware Revision: HPDD
Serial Number: 3NM4LJ4Y00009831MEQU
Model: HP DG146ABAB4
PHY Count: 1
PHY Transfer Rate: 3.0GBPS

Quick cheat sheet on how to use the hpacucli taken from http://www.datadisk.co.uk/html_docs/redhat/hpacucli.htm

To access the console of a domain hosted in a Sun E10K, first you need to know which number is this domain. I grepped the /etc/hosts to find out

root@ssp:/ # grep -i e10kdomain1 /etc/hosts
192.168.8.35 e10kdomain1 dom07 # 10.10.12.17 SB 06

Become the user ssp and enter the domain hostname

root@ssp:/ # su – ssp
Use of this network is restricted to authorized users only. User activity may be monitored and/or recorded. Anyone using this network expressly consents to such monitoring and/or recording. BE ADVISED: if possible criminal activity is detected, these records, along with certain personal information, may be provided to law enforcement officials.

Please enter SUNW_HOSTNAME: dom07

Use netcon to connect to the console

ssp:dom07% netcon
trying to connect…
connected.
Unlocked write permission is granted.

I connected to the domain’s console and the domain is locked. To reset it, you’ll need to know the system board to turn it off. Run domain_status and check the last column

ssp:dom07% domain_status
DOMAIN TYPE PLATFORM OS SYSBDS
dom07 Ultra-Enterprise-10000 OnDemand02 5.8 6
dom10 Ultra-Enterprise-10000 OnDemand02 5.8 9
dom15 Ultra-Enterprise-10000 OnDemand02 5.8 14
dom09 Ultra-Enterprise-10000 OnDemand02 5.8 8
dom01 Ultra-Enterprise-10000 OnDemand02 5.8 0
dom02 Ultra-Enterprise-10000 OnDemand02 5.8 1
dom05 Ultra-Enterprise-10000 OnDemand02 5.8 4

To power down you issue bringup -A off and the system board that the domain is running on

ssp:dom07% bringup -A off SB 6
Trying to get bringup.lock lock… OK
Checking that all other domains are down……… NO
Bringing up domain dom07
WARNING: Host is active; filesystems may be corrupted.
Do you really wish to continue (y/n)? y
Is this command executed because of a “Hung” Host (y/n)? y
Starting: hpost
Opening SNMP server library…

Significant contents of /export/home/ssp/.postrc:
#
logfile

Using blacklist file /var/opt/SUNWssp/etc/OnDemand02/blacklist
#=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+
proc 12.2 12.3
Reading centerplane asics to obtain bus configuration…
Bus configuration determined to be 3F.
phase cplane_isolate: CP domain cluster mask clear…
phase init_reset: Initial system resets…
phase jtag_integ: JTAG probe and integrity test…
phase mem_probe: Memory dimm probe…
phase iom_probe: I/O module type probe…
phase jtag_bbsram: JTAG basic test of bootbus sram…
phase proc1: Initial processor module tests…
phase pc/cic_reg: PC and CIC register tests…
phase dtag: CIC DTAG tests…
phase mem: MC register and memory tests…
phase io: I/O controller tests…
phase procmem2: Processor vs. memory II tests…
phase lbexit: Centerplane connection tests…
phase npb_mem: Non-Proc Board MC and memory tests…
phase npb_iopc: Non-Proc Board IOPC register tests…
phase npb_io: Non-Proc Board I/O controller tests…
phase npb_cplane: Non-Proc Board centerplane connection tests…
phase nmb_procmem2: Non-Mem Board Proc vs. memory II tests…
phase final_config: Final configuration…
Configuring in 3F, FOM = 8192.00: 4 procs, 4 Scards, 4096 MBytes.
Creating OBP handoff structures…
Configured in 3F with 4 processors, 4 Scards, 4096 MBytes memory.
Interconnect frequency is 99.902 MHz, from SNMP MIB.
Processor external frequency is 199.805 MHz, from SNMP MIB.
Processor internal frequency is 399.610 MHz, from proc clk_mode probe.
Boot processor is 6.0 = 24
POST (level=16, verbose=20) execution time 4:03
Boot processor 24 written to /var/opt/SUNWssp/etc/OnDemand02/dom07/bootproc
Updating domain dom07 with bootproc 24 domainInstance 0 and interrupt vector MIB… OK
Starting obp_helper -m 24 -A off… OK
Starting netcon_server -p 24 … OK

Power on the domain with bringup -A on. No need to specify the system board this time

brsbssp02:dom07% bringup -A on
Trying to get bringup.lock lock… OK
Checking that all other domains are down……… NO
Bringing up domain dom07
Starting: hpost
Opening SNMP server library…

Significant contents of /export/home/ssp/.postrc:
#
logfile

Using blacklist file /var/opt/SUNWssp/etc/OnDemand02/blacklist
#=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+
proc 12.2 12.3
Reading centerplane asics to obtain bus configuration…
Bus configuration determined to be 3F.
phase cplane_isolate: CP domain cluster mask clear…
phase init_reset: Initial system resets…
phase jtag_integ: JTAG probe and integrity test…
phase mem_probe: Memory dimm probe…
phase iom_probe: I/O module type probe…
phase jtag_bbsram: JTAG basic test of bootbus sram…
phase proc1: Initial processor module tests…
phase pc/cic_reg: PC and CIC register tests…
phase dtag: CIC DTAG tests…
phase mem: MC register and memory tests…
phase io: I/O controller tests…
phase procmem2: Processor vs. memory II tests…
phase lbexit: Centerplane connection tests…
phase npb_mem: Non-Proc Board MC and memory tests…
phase npb_iopc: Non-Proc Board IOPC register tests…
phase npb_io: Non-Proc Board I/O controller tests…
phase npb_cplane: Non-Proc Board centerplane connection tests…
phase nmb_procmem2: Non-Mem Board Proc vs. memory II tests…
phase final_config: Final configuration…
Configuring in 3F, FOM = 8192.00: 4 procs, 4 Scards, 4096 MBytes.
Creating OBP handoff structures…
Configured in 3F with 4 processors, 4 Scards, 4096 MBytes memory.
Interconnect frequency is 99.902 MHz, from SNMP MIB.
Processor external frequency is 199.805 MHz, from SNMP MIB.
Processor internal frequency is 399.610 MHz, from proc clk_mode probe.
Boot processor is 6.0 = 24
POST (level=16, verbose=20) execution time 4:02
Boot processor 24 written to /var/opt/SUNWssp/etc/OnDemand02/dom07/bootproc
Updating domain dom07 with bootproc 24 domainInstance 0 and interrupt vector MIB… OK
Starting obp_helper -m 24 -A on boot SB 6… OK
Starting netcon_server -p 24 … OK

Follow the console with netcon

ssp:dom07% netcon -g
trying to connect…
connected.
Unlocked write permission is granted.

emerson@shellcore:~ $ ssh root@192.85.176.210
Password:

[root@cyclades011 root]#

To connect to a serial port, type the corresponding port on the ts_menu utility

[root@cyclades011 root]# ts_menu
Serial Console Server Connection Menu for your Master Terminal Server

1 0C-21-EFP01 2 0C-21-EFP02 3 0C-21-EFP03 4 0C-21-EFP04
5 0C-21-EFP05 6 0C-21-EFP06 7 0C-21-EFP07 8 0C-21-EFP08
9 0C-21-EFP09 10 0C-21-EFP10 11 0C-21-EFP11 12 0C-21-EFP12
13 0C-21-EFP13 14 0C-21-EFP14 15 0C-21-EFP15 16 0C-21-EFP16

Type ‘q’ to quit, a valid option[1-16], or anything else to refresh : 12

s_evt@cyclades011 2010-6-3T22:35:43Z 192.85.176.210 EVT[5]: Serial session started. User: root. Port name: 0C-21-EFP12. Port Number: 12. Session Type: 1.
solaris06 console login:

Please login:

I logged out of the ALOM and I didn’t have the password for it. Happily it timed out and I was back on the ALOM.

Serial line login timeout, returns to console stream.

Enter #. to return to ALOM.

To quit, press CTRL + \

solaris06 console login: (CTRL + \) Quit
[root@usplgmcylts011 root]# s_evt@usplgmcylts011 2010-6-3T22:51:50Z 192.85.176.210 EVT[6]: Serial session stopped. User: root. Port name: 0C-21-EFP12. Port Number: 12. Session type: 1.
s_evt@usplgmcylts011 2010-6-3T22:51:50Z 192.85.176.210 EVT[6]: Serial session stopped. User: root. Port name: 0C-21-EFP12. Port Number: 12. Session type: 1.

[root@cyclades011 root]#