Ignacio Oyarzún C.

Drivers

journal — Tue, 20 Apr 2010 20:07:36 +0000

Impresora/Printer HP Deskjet F2180 multifunctional all-in-one

driver and software for HP Deskjet F 2180 multifunctional of ink.
download 168,38 MB

ftp://ftp.hp.com/pub/softlib/software10/COL18547/.-48000-3/DJ_AIO_NonNetwork_ESN_NB.exe

Manual de Servicio [Yamaha YBR 125]

journal — Sat, 06 Jun 2009 19:39:14 +0000

YBR125 Custom	YBR125
Refrigerada por aire, 4-tiempos, 2-válvulas, monocilindrico inclinado hacia delante, SOHC	Refrigerada por aire, 4-tiempos, 2-válvulas, monocilindrico inclinado hacia delante, SOHC
124 cc	124 cc
54.0 x 54.0 mm	54.0 x 54.0 mm
10.0:1	10.0:1
7.5 kW (10 PS) @ 7,800 rpm	7.5 kW (10 PS) @ 7,800 rpm
9.6 Nm (0.98 kg-m) @ 6,000 rpm	9.6 Nm (0.98 kg-m) @ 6,000 rpm
Cárter húmedo	Cárter húmedo
Inyección electrónica	Inyección electrónica
Multi-discos bañados en aceite	Multi-discos bañados en aceite
TCI	TCI
Eléctrico y patada	Eléctrico y patada
Constant mesh, 5-speed	Constant mesh, 5-speed
Cadena	Cadena
-——————————–	-——————————–
Chapado tipo Diamond	Chapado tipo Diamond
Horquilla telescópica	Horquilla telescópica
110 mm	120 mm
Swingarm	Swingarm
105 mm	105 mm
Disco, Ø 245 mm	Disco, Ø 245 mm
Tambor, Ø 130 mm	Tambor, Ø 130 mm
3.00-18 47P	2.75-18 42P
3.50-16 58P	90/90-18 M/C 57P
———–———————-	-——————————–
2,055 mm	1,980 mm
845 mm	745 mm
1,125 mm	1,080 mm
760 mm	780 mm
1,290 mm	1,290 mm
140 mm	175 mm
129 kg	124 kg
12 litros	13 litros
1.2 litros	1.2 litros

Descargar Manual ‘es’ Informacion Tecninca y Soporte[*.pdf]: [ mirror1 ]

UT60A Digital Multimeters

journal — Tue, 24 Mar 2009 22:29:24 +0000

Basic Functions	Range	Best Accuracy
DC Voltage	400mV/4V/40V/400V/1000V	(0.8%+1)
AC Voltage	4V/40V/400V/750V	(1%+5)
DC Current	400mA/4000mA/40mA/400mA/4A/10A	(1%+2)
AC Current	400mA/4000mA/40mA/400mA/4A/10A	(1.5%+5)
Resistance	400W/4kW/40kW/400kW/4MW/40MW	(1%+2)
Capacitance	40nF/400nF/4mF/40mF/100mF	(3%+5)
Frequency	10Hz-10MHz	(0.1%+3)
Duty Cycle	0.1%~99.9%
Special Functions
Fused 10A Range
Auto Ranging
Diode
Continuity Buzzer
Relative Mode
Data Hold
RS232C
Full Icon Display
Low Battery Display
Input Impedance for DC Voltage Measurement	Around 10MW
Max Display	3999

GENERAL CHARACTERISTICS

Power	9V Battery (6F22)
LCD Size	63 x 31mm
Product Colour	Red and Grey
Product Net Weight	340g
Product Size	177 x 85 x 40mm
Standard Accessories	Test Lead, Battery, English Manual, Test Clip, RS232C Interface Cable, Software
Optional Accessories*	Clip-On Test Lead Light (UT-TL), Built-In Test Lead Light (UT-L1), Built-In Test Lead Light Plus (UT-L2)
Standard Packing	Gift Box

Manual[*.pdf] download: mirror1 / mirror2

RJ45/UTP/Standards.

journal — Tue, 24 Mar 2009 21:55:07 +0000

T-568B Straight-Through Ethernet Cable
Standar: [T-568B <---> T-568B]: PC-NAT

RJ-45 Crossover Ethernet Cable
Standar: [T-568A <---> T-568B]:PC-PC

;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

Flashing Router dd-wrt*g

journal — Thu, 19 Feb 2009 00:39:56 +0000

;; DD-WRT
;; Is your router supported?
;; For a list of devices working with DD-WRT, please see Supported Devices.
;; /
;; Downloading DD-WRT: dd-wrt.com
;;
;;
;;
;; $Id: .emacs,v 5.2 2007/09/12 03:50:34 journal Exp $
;; $subId: Ignacio Oyarzun C. Exp $

;;;; .hushlogin ;;;;
;;
(defmacro sp2 dd-wrt.v23_micro_generic.bin (Xdownload “Xmicro\\|v5 and v6 owners” neutered))
(defmacro sp2 dd-wrt.v23_micro_wrt54g.bin (Xdownload “Xmicro\\|v5 and v6 owners” neutered))
;; micro version sp2-pppoe-pptp v5-or-v6 >= “sp2″
;; DD-WRT v23 SP2 (09/15/06) micro (SVN revision 3932)
;; There are several different distributions of the DD-WRT firmware.
;; The micro edition is a stripped down version designed for the WRT54G v5 and other 2MB router models.
;; Version CPU speed RAM flashmemory S/N
;; 6.0 200 MHz 8 MB 2 MB CDFD Broadcom BCM5352EKBG Chipset

;;;; .hushlogin.install ;;;;
;; download: dd-wrt.v23.stable
;; download: binary “VxWorks_prep_v03″ <- “rm -rf VxWorks-OS (os default linksystouch)”
;; download: VxWorks-kill-imagetool_gui <- “add MAC router, search directory, save file kill”
;; download: Linksys TFTP transfer tool 192.168.1.1 soon login admin manager. type: “admin” in second line.
;; 4.”Administration”>Firmware Upgrade——->add: vxworks_prep_v03.bin
;; see led speed-blinking, answer format hd. reboot router. on/of
;; 5. 192.168.1.1 -> ingress in: “way test of failures” add image-create “kill-imagetool_gui”
;; 6. ehemm.. there wait message: “SUCCES” soon
;; 7. Led “Power” blinking is nice, good, soon “ping 192.168.1.1″ get here… rlz!
;; 8. TFTP: linux or win -> host: 192.168.1.1 password: no password [not here people house ] add dd-wrt.v.x.image”stable”
;; 9. Led “Power” blinking, nice, it waits for until it finishes blinking, soon
;; 10. reboot 192.168.1.1 user: root passwd: admin finish.
;;;; /.hushlogin.install ;;;;

(defmacro dd-wrt.v23.stable Xdownload (&rest x)
(list ‘if running-xemacs (cons ‘progn x)))
(defmacro dd-wrt.v24.release Xdownload (&rest x)
(list ‘if (eq window-system ‘x) (cons ‘progn x)))
;;;; /.hushlogin ;;;;
;; (load-file “~/dd-wrt.el”)

;;;; /.hushlogin.table-ur-version.el ;;;;
;; Identifying Your Version
;; The first 4 digits in the serial number (look on the box or the underside
;; of the router) represent the hardware revision:

CDF0 = WRT54G v1.0
CL7A = WRT54GL v1.0
CDF1 = WRT54G v1.0
CL7B = WRT54GL v1.1
CDF2 = WRT54G v1.1
CGN0 = WRT54GS v1.0
CDF3 = WRT54G v1.1
CGN1 = WRT54GS v1.0
CDF5 = WRT54G v2.0
CGN2 = WRT54GS v1.1
CDF7 = WRT54G v2.2
CGN3 = WRT54GS v2.0
CDF8 = WRT54G v3.0
CGN4 = WRT54GS v2.1
CDF9 = WRT54G v3.1
CGN5 = WRT54GS v3.0
CDFA = WRT54G v4.0
CGN6 = WRT54GS v4.0
CDFB = WRT54G v5.0
CGN7 = WRT54GS v5.0
CDFC = WRT54G v5.1
CGN8 = WRT54GS v5.1
CDFD = WRT54G v6.0
CGN9 = WRT54GS v6.0
CDFE = WRT54G v7.0(purchased 2007-6-4 New Jersey Best Buy)
CGNB = WRT54GS V7.0
CDFG = WRT54G v8.0(purchased 7-16-2007 Hemet Staples)
CGNC = WRT54GS V8.0(Fishkill, NY WalMart)
CJK0 = WRTSL54GS v1.0a
CO61= WRT54G-TM v1.1(T-Mobile HotSpots)

Router Models Covered on This Page
;;;; /.hushlogin.table-ur-version.el ;;;;

;;;; .hushlogin.neutered-models.el ;;;;

;; In all later references we’ll call these models “neutered”. Why?
;; Because they’ve had some crucial functionality removed by their reduced RAM and reduced flash memory.

;; Linksys WRT54G Neutered Models
;; Version 5.0 Serial number begins with: CDFB
;; Version 5.1 Serial number begins with: CDFC
;; Version 6.0 Serial number begins wtih: CDFD
;; Linksys WRT54GS Neutered Models
;; Version 5.0 Serial number begins with: CGN7
;; Version 5.1 Serial number begins with: CGN8
;; Version 6.0 Serial number begins with: CGN9
;;
;;
(defmacro sp2 dd-wrt.v23_micro_generic.bin (Xdownload “Xmicro\\|v5 and v6 owners” neutered))
;;
;;;; /.hushlogin.neutered-models.el ;;;;

;;;; .hushlogin.FAQ.el ;;;;
(setq emacs-question “FAQ”
emacs-question “What version of firmware can I put on my neutered router?”
emacs-answer “DD-WRT Micro is the only version that works on these neutered machines.
Notice we said Micro, not Mini.
But be aware that you cannot flash your neutered router as easily as you can 100% compatible recommended devices.
See the installation links listed below.”
emacs-question “How do I install the firmware?”
emacs-answer “Not an extremely easy thing to do. See the installation links further down this page.”
emacs-question “Can I go back to default firmware”
emacs-answer “Yes you can, but to get back to VxWorks (default firmware) you need special instructions.

http://www.bitsum.com/openwiking/owbase/ow.asp?WRT54G5%5FCFE#h13

http://www.scorpiontek.org/portal/content/view/31/36/ or workz“
)
;;;; /.hushlogin.FAQ.el ;;;;

;;;; See more information on the LinksysInfo Autopsy page.

.awesomerc; awesome on openbsd tipe [M-Ret] start!

journal — Tue, 13 Jan 2009 00:26:41 +0000

screen “0″ {
general {
border = 1
snap = 5
resize_hints = true
opacity_unfocused = 100
focus_move_pointer = false
allow_lower_floats = false
sloppy_focus = true
new_become_master = true
new_get_focus = true
font = “mono-8″
}
statusbar “mystatusbar” {
position = “top”
height = 0
width = 1
taglist “mytaglist” {
x = -1
y = -1
mouse {
modkey = {}
button = “1″
command = “tag_view”
}
mouse {
modkey = {“Mod1″}
button = “1″
command = “client_tag”
}
mouse {
modkey = {}
button = “3″
command = “tag_toggleview”
}
mouse {
modkey = {“Mod1″}
button = “3″
command = “client_toggletag”
}
mouse {
modkey = {}
button = “4″
command = “tag_viewnext”
}
mouse {
modkey = {}
button = “5″
command = “tag_viewprev”
}
}
layoutinfo “mylayoutinfo” {
x = -1
y = -1
mouse {
modkey = {}
button = “1″
command = “tag_setlayout”
arg = “+1″
}
mouse {
modkey = {}
button = “4″
command = “tag_setlayout”
arg = “+1″
}
mouse {
modkey = {}
button = “3″
command = “tag_setlayout”
arg = “-1″
}
mouse {
modkey = {}
button = “5″
command = “tag_setlayout”
arg = “-1″
}
}
tasklist “mytasklist” {
x = -1
y = -1
mouse {
modkey = {}
button = “4″
command = “client_focusnext”
# arg = “”
}
mouse {
modkey = {}
button = “5″
command = “client_focusprev”
# arg = “”
}
mouse {
modkey = {“Mod1″}
button = “4″
command = “client_swapnext”
# arg = “”
}
mouse {
modkey = {“Mod1″}
button = “5″
command = “client_swapprev”
# arg = “”
}
# fg = “”
# bg = “”
# focus_fg = “”
# focus_bg = “”
# font = “”
align = “left”
show_icons = true
show_all = false
}
}
tags {
tag “.hushlogin” {
layout = “tile”
mwfact = 0.500000
nmaster = 1
ncol = 1
}
tag “2″ {
layout = “tile”
mwfact = 0.500000
nmaster = 1
ncol = 1
}
tag “3″ {
layout = “tile”
mwfact = 0.500000
nmaster = 1
ncol = 1
}
tag “4″ {
layout = “tile”
mwfact = 0.500000
nmaster = 1
ncol = 1
}
}
colors {
normal_border = “#111111″
normal_bg = “#111111″
normal_fg = “#eeeeee”
focus_border = “#00FC00″
focus_bg = “#000000″
focus_fg = “#000000″
urgent_bg = “#ff0000″
urgent_fg = “#ffffff”
tab_border = “#ff0000″
}
layouts {
layout “tile” {
image = “/usr/local/share/awesome/icons/layouts/tilew.png”
}
layout “tileleft” {
image = “/usr/local/share/awesome/icons/layouts/tileleftw.png”
}
layout “max” {
image = “/usr/local/share/awesome/icons/layouts/maxw.png”
}
layout “spiral” {
image = “/usr/local/share/awesome/icons/layouts/spiralw.png”
}
layout “dwindle” {
image = “/usr/local/share/awesome/icons/layouts/dwindlew.png”
}
layout “floating” {
image = “/usr/local/share/awesome/icons/layouts/floatingw.png”
}
}
padding {
top = 0
bottom = 0
right = 0
left = 0
}
}
rules {
rule {
# xproperty_name = “”
# xproperty_value = “”
name = “Gimp”
# tags = “”
# icon = “”
float = “true”
screen = -1
not_master = false
}
rule {
# xproperty_name = “”
# xproperty_value = “”
name = “MPlayer”
# tags = “”
# icon = “”
float = “true”
screen = -1
not_master = false
}
rule {
# xproperty_name = “”
# xproperty_value = “”
name = “Acroread”
# tags = “”
# icon = “”
float = “true”
screen = -1
not_master = false
}
rule {
# xproperty_name = “”
# xproperty_value = “”
name = “pinentry”
# tags = “”
# icon = “”
float = “true”
screen = -1
not_master = false
}
}
keys {
key {
modkey = {“Mod1″}
key = “Return”
command = “spawn”
arg = “Esetroot -s walls/OpenBSD_WallPaper.jpg”
}
key {
modkey = {“Mod1″}
key = “m”
command = “spawn”
arg = “Eterm”
}
key {
modkey = {“Mod1″, “Shift”}
key = “space”
command = “tag_setlayout”
arg = “-1″
}
key {
modkey = {“Mod1″}
key = “b”
command = “statusbar_toggle”
# arg = “”
}
key {
modkey = {“Mod1″}
key = “j”
command = “client_focusnext”
# arg = “”
}
key {
modkey = {“Mod1″}
key = “k”
command = “client_focusprev”
# arg = “”
}
key {
modkey = {“Mod1″}
key = “Tab”
command = “focus_history”
arg = “-1″
}
key {
modkey = {“Mod1″, “Shift”}
key = “j”
command = “client_swapnext”
# arg = “”
}
key {
modkey = {“Mod1″, “Shift”}
key = “k”
command = “client_swapprev”
# arg = “”
}
key {
modkey = {“Mod1″, “Control”}
key = “j”
command = “screen_focus”
arg = “+1″
}
key {
modkey = {“Mod1″, “Control”}
key = “k”
command = “screen_focus”
arg = “-1″
}
key {
modkey = {“Mod1″}
key = “h”
command = “tag_setmwfact”
arg = “-0.05″
}
key {
modkey = {“Mod1″}
key = “l”
command = “tag_setmwfact”
arg = “+0.05″
}
key {
modkey = {“Mod1″, “Shift”}
key = “h”
command = “tag_setnmaster”
arg = “+1″
}
key {
modkey = {“Mod1″, “Shift”}
key = “l”
command = “tag_setnmaster”
arg = “-1″
}
key {
modkey = {“Mod1″, “Control”}
key = “h”
command = “tag_setncol”
arg = “+1″
}
key {
modkey = {“Mod1″, “Control”}
key = “l”
command = “tag_setncol”
arg = “-1″
}
key {
modkey = {“Mod1″}
key = “Escape”
command = “tag_viewprev_selected”
# arg = “”
}
key {
modkey = {“Mod1″}
key = “Left”
command = “tag_viewprev”
# arg = “”
}
key {
modkey = {“Mod1″}
key = “Right”
command = “tag_viewnext”
# arg = “”
}
key {
modkey = {“Mod1″}
key = “m”
command = “client_togglemax”
# arg = “”
}
key {
modkey = {“Mod1″, “Control”}
key = “Return”
command = “client_zoom”
# arg = “”
}
key {
modkey = {“Mod1″, “Control”}
key = “space”
command = “client_togglefloating”
# arg = “”
}
key {
modkey = {“Mod1″, “Shift”}
key = “c”
command = “client_kill”
# arg = “”
}
key {
modkey = {“Mod1″, “Shift”}
key = “q”
command = “quit”
# arg = “”
}
key {
modkey = {“Mod1″, “Control”}
key = “r”
command = “exec”
arg = “awesome”
}
key {
modkey = {“Mod1″}
key = “0″
command = “tag_view”
# arg = “”
}
key {
modkey = {“Mod1″, “Control”}
key = “0″
command = “tag_toggleview”
# arg = “”
}
key {
modkey = {“Mod1″, “Shift”}
key = “0″
command = “client_tag”
# arg = “”
}
key {
modkey = {“Mod1″, “Shift”, “Control”}
key = “0″
command = “client_toggletag”
# arg = “”
}
keylist {
modkey = {“Mod1″}
keylist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
command = “tag_view”
arglist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
}
keylist {
modkey = {“Mod1″, “Control”}
keylist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
command = “tag_toggleview”
arglist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
}
keylist {
modkey = {“Mod1″, “Shift”}
keylist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
command = “client_tag”
arglist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
}
keylist {
modkey = {“Mod1″, “Shift”, “Control”}
keylist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
command = “client_toggletag”
arglist = {“1″, “2″, “3″, “4″, “5″, “6″, “7″, “8″, “9″}
}
}
mouse {
root {
modkey = {}
button = “3″
command = “spawn”
arg = “exec Eterm –buttonbar=0 -T journal -g 114×34+0+306 -f white
-F -*-*-*-*-*-*-9-*-*-*-*-*-*-* –scrollbar=0 -w=0 “
}
root {
modkey = {}
button = “4″
command = “tag_viewnext”
# arg = “”
}
root {
modkey = {}
button = “5″
command = “tag_viewprev”
# arg = “”
}
client {
modkey = {“Mod1″}
button = “1″
command = “client_movemouse”
# arg = “”
}
client {
modkey = {“Mod1″}
button = “2″
command = “client_zoom”
# arg = “”
}
client {
modkey = {“Mod1″}
button = “3″
command = “client_resizemouse”
# arg = “”

}

xorg.conf; VGA 8MB; Hz35.5 Vr30-86; 1024×768 Xenocara

journal — Mon, 12 Jan 2009 21:52:13 +0000

Section “Module”

Load “dbe” # Double buffer extension

SubSection “extmod”

Option “omit xfree86-dga” # don’t initialise the DGA extension

EndSubSection

Load “freetype”

EndSection

Section “Files”

FontPath “/usr/X11R6/lib/X11/fonts/misc/”

FontPath “/usr/X11R6/lib/X11/fonts/TTF/”

FontPath “/usr/X11R6/lib/X11/fonts/OTF”

FontPath “/usr/X11R6/lib/X11/fonts/Type1/”

FontPath “/usr/X11R6/lib/X11/fonts/100dpi/”

FontPath “/usr/X11R6/lib/X11/fonts/75dpi/”

FontPath “/usr/X11R6/lib/X11/fonts/Speedo/”

EndSection

Section “ServerFlags”

EndSection

Section “InputDevice”

Identifier “Keyboard1″

Driver “kbd”

Option “AutoRepeat” “500 30″

Option “XkbRules” “xorg”

Option “XkbModel” “pc105″

Option “XkbLayout” “us”

EndSection

Section “InputDevice”

Identifier “Mouse1″

Driver “mouse”

Option “Protocol” “Auto” # Auto detect

Option “Device” “/dev/wsmouse”
Option “ZAxisMapping” “4 5 6 7″

Option “Emulate3Buttons”

EndSection
Section “Monitor”

#DisplaySize 370 270 # mm

Identifier “My Monitor”

VendorName “Compaq mv540″

ModelName “Compaq mv540″

### Comment all HorizSync and VertSync values to use DDC:

HorizSync 35.5

VertRefresh 30-86

# Option “DPMS”

EndSection

Section “Device”

Identifier “Standard VGA”

VendorName “Unknown”

BoardName “Unknown”

Driver “TRIDENT”

EndSection

Section “Device”

Identifier “My Video Card”

Driver “TRIDENT”

VideoRam 8192

EndSection

Section “Screen”

Identifier “Screen 1″

Device “My Video Card”

Monitor “My Monitor”

DefaultDepth 16
Subsection “Display”

Depth 8

Modes “1024×768″

ViewPort 0 0

EndSubsection

Subsection “Display”

Depth 16

Modes “1024×768″

ViewPort 0 0

EndSubsection

Subsection “Display”

Depth 24

Modes “1024×768″

ViewPort 0 0

EndSubsection

EndSection

Section “ServerLayout”

Identifier “Simple Layout”

Screen “Screen 1″

InputDevice “Mouse1″ “CorePointer”

InputDevice “Keyboard1″ “CoreKeyboard”

EndSection

UNREAL TOURNAMENT 2004

journal — Fri, 09 Jan 2009 17:26:35 +0000

:: servers :: community official cl ::

Server/PqS/NotLAG

UT.PQS.CL:28020 = PqS | NotLAG [ ./shia ][ Trial's CARS/fps-jump ]

Server/VTR/e-Sports

200.104.255.82:13010 = VTR | E-Sports [ ALFA ][ TDM/TAM/DM/CTF]
200.104.255.82:13020 = VTR | E-Sports [ BETA ][ AS/BR/ONS/VCTF ]
200.104.255.82:13030 = VTR | E-Sports [ GAMA ][ Comp. / Trials ]
200.104.255.82:13040 = VTR | E-Sports [ ZETA ][ Comp. / 1on1 ]
200.104.255.82:13050 = VTR | E-Sports [ IOTA ][ InstaGib 1 ]
200.104.255.82:13060 = VTR | E-Sports [ KAPA ][InstaGib 2]

———————–MAPSPACKS—————————–

 Maps.rar

maps rapid.etc:

Ut2k4_As_map_tiroloko.rar

UT2004_Server_Files.rar

UT2004_ServerPack.exe
UT2004_TDM_TAM_MapPack.exe
UT2004_ICTF_CTF_MapPack

patch:

ut2004-lnxpatch3369-2.tar.bz2

lnxpatch3369.tar

patch3369.exe

Emacs + OpenBSD

journal — Fri, 09 Jan 2009 05:19:09 +0000

ERC! appli’ to emacs IRC

journal — Fri, 09 Jan 2009 05:16:18 +0000

Then… wget ur ~ http://ftp.gnu.org/gnu/erc/erc-5.2.tar.gz
(don’t download 5.3:/bug-colors. on openbsd)

uncompress. then create ~/.emacs (ty) and add line:
(add-to-list ‘load-path “~/erc-5.2″)(require 'erc)

And more mods/conf:

:::::::::::::::::::

;; Configurations for ERC

;; Add current time to every new line

(erc-timestamp-mode t)

;; Notify me if someone calls me

(erc-match-mode t)

;; Some basic settings for erc package

(setq erc-server "irc.cl"

erc-port 6667

erc-nick "journal"

erc-user-full-name "'bin/ksh'"

erc-email-userid "journal"

erc-current-nick-highlight-type 'nick

erc-timestamp-only-if-changed-flag nil

erc-timestamp-format "%H:%M "

)

::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::

::::::::::EMMS:http://ftp.gnu.org/gnu/emms/emms-3.0.tar.gz::::::::

::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::

(add-to-list 'load-path "~/emms-3.0")

(require 'emms-setup)

(emms-standard)

(emms-default-players)

(require 'emms-player-simple)

(require 'emms-source-file)

(require 'emms-source-playlist)

(setq emms-player-list '(emms-player-mpg321

emms-player-ogg123

emms-player-mplayer))