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nanonote-files move from openwrt-xburst

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This commit is contained in:
Xiangfu Liu 2011-02-07 11:57:14 +08:00
parent 868eb3bace
commit cdabb55692
11 changed files with 665 additions and 0 deletions
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69
nanonote-files/script-files/etc/asound.state Normal file
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state.LB60 {
control.1 {
comment.access 'read write'
comment.type INTEGER
comment.count 1
comment.range '0 - 3'
iface MIXER
name 'Master Playback Volume'
value 2
}
control.2 {
comment.access 'read write'
comment.type INTEGER
comment.count 1
comment.range '0 - 31'
iface MIXER
name 'Capture Volume'
value 23
}
control.3 {
comment.access 'read write'
comment.type BOOLEAN
comment.count 1
iface MIXER
name 'Master Playback Switch'
value true
}
control.4 {
comment.access 'read write'
comment.type INTEGER
comment.count 1
comment.range '0 - 3'
iface MIXER
name 'Mic Capture Volume'
value 0
}
control.5 {
comment.access 'read write'
comment.type BOOLEAN
comment.count 1
iface MIXER
name 'Line Capture Switch'
value false
}
control.6 {
comment.access 'read write'
comment.type BOOLEAN
comment.count 1
iface MIXER
name 'Mic Capture Switch'
value false
}
control.7 {
comment.access 'read write'
comment.type BOOLEAN
comment.count 1
iface MIXER
name 'Output Mixer Bypass Switch'
value false
}
control.8 {
comment.access 'read write'
comment.type BOOLEAN
comment.count 1
iface MIXER
name 'Output Mixer DAC Switch'
value true
}
}

7
nanonote-files/script-files/etc/directfbrc Normal file
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no-deinit-check
mode=320x240
# log-file=/root/.directfb.log
# no-cursor
# debug

11
nanonote-files/script-files/etc/fw_env.config Normal file
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# Configuration file for fw_(printenv/saveenv) utility.
# Up to two entries are valid, in this case the redundant
# environment sector is assumed present.
# Notice, that the "Number of sectors" is ignored on NOR.
# MTD device name Device offset Env. size Flash sector size Number of sectors
/dev/mtd0 0x100000 0x1000 0x80000
/dev/mtd0 0x180000 0x1000 0x80000
# NAND example
#/dev/mtd0 0x4000 0x4000 0x20000 2

13
nanonote-files/script-files/etc/triggerhappy/triggers.d/poweroff.conf Executable file
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# This is an example configuration for the triggerhappy daemon (thd)
# please note that every file to be processed must end in ".conf"
#
# To view a list of supported event codes, use "thd --listevents" or
# "thd --dump /dev/input/event*"
#
# Format:
# <eventcode> <value> <command>
#
# values for key events are 1 (pressed), 0 (released) or 2 (held)
#
## control an mpd instance
KEY_POWER 1 /sbin/poweroff

5
nanonote-files/script-files/etc/uci-defaults/01-optimization-for-ben-nanonote Normal file
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#!/bin/sh
/etc/init.d/atd disable
/etc/init.d/led disable
/etc/init.d/telnet disable

5
nanonote-files/script-files/root/.mplayer/config Normal file
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sub-fuzziness=1
utf8=1
volume=10
vo=sdl
ac=tremor

6
nanonote-files/script-files/root/.netsurf/Choices-fb Normal file
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fb_input_devpath:/dev/input
fb_input_glob:event*
window_width:320
window_height:240
fb_depth:32
fb_toolbar_layout:cblfsrut

546
nanonote-files/script-files/root/.tclshrc Normal file
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global tcl_interactive
if {[info exists tcl_interactive] && $tcl_interactive > 0} {
# ripped from http://wiki.tcl.tk/16139
foreach {var val} {
PROMPT {tclsh$::tcl_patchLevel> }
HISTORY ""
HISTORY_BUFFER 500
COMPLETION_MATCH ""
} {
if {![info exists env($var)]} {
set env($var) $val
}
}
foreach {var val} {
CMDLINE ""
CMDLINE_CURSOR 0
CMDLINE_LINES 0
HISTORY_LEVEL -1
} {
set env($var) $val
}
unset var val
set forever 0
# Resource & history files:
set HISTFILE $env(HOME)/.tclsh_history
proc ESC {} {
return "\033"
}
proc readbuf {txt} {
upvar 1 $txt STRING
set ret [string index $STRING 0]
set STRING [string range $STRING 1 end]
return $ret
}
proc goto {row {col 1}} {
switch -- $row {
"home" {set row 1}
}
print "[ESC]\[${row};${col}H" nowait
}
proc gotocol {col} {
print "\r" nowait
if {$col > 0} {
print "[ESC]\[${col}C" nowait
}
}
proc clear {} {
print "[ESC]\[2J" nowait
goto home
}
proc clearline {} {
print "[ESC]\[2K\r" nowait
}
proc getColumns {} {
set cols 0
if {![catch {exec stty -a} err]} {
regexp {rows \d+; columns (\d+)} $err -> cols
}
return $cols
}
proc prompt {{txt ""}} {
global env
set prompt [subst $env(PROMPT)]
set txt "$prompt$txt"
foreach {end mid} $env(CMDLINE_LINES) break
# Calculate how many extra lines we need to display.
# Also calculate cursor position:
set n -1
set totalLen 0
set cursorLen [expr {$env(CMDLINE_CURSOR)+[string length $prompt]}]
set row 0
set col 0
# Render output line-by-line to $out then copy back to $txt:
set found 0
set out [list]
foreach line [split $txt "\n"] {
set len [expr {[string length $line]+1}]
incr totalLen $len
if {$found == 0 && $totalLen >= $cursorLen} {
set cursorLen [expr {$cursorLen - ($totalLen - $len)}]
set col [expr {$cursorLen % $env(COLUMNS)}]
set row [expr {$n + ($cursorLen / $env(COLUMNS)) + 1}]
if {$cursorLen >= $len} {
set col 0
incr row
}
set found 1
}
incr n [expr {int(ceil(double($len)/$env(COLUMNS)))}]
while {$len > 0} {
lappend out [string range $line 0 [expr {$env(COLUMNS)-1}]]
set line [string range $line $env(COLUMNS) end]
set len [expr {$len-$env(COLUMNS)}]
}
}
set txt [join $out "\n"]
set row [expr {$n-$row}]
# Reserve spaces for display:
if {$end} {
if {$mid} {
print "[ESC]\[${mid}B" nowait
}
for {set x 0} {$x < $end} {incr x} {
clearline
print "[ESC]\[1A" nowait
}
}
clearline
set env(CMDLINE_LINES) $n
# Output line(s):
print "\r$txt"
if {$row} {
print "[ESC]\[${row}A" nowait
}
gotocol $col
lappend env(CMDLINE_LINES) $row
}
proc print {txt {wait wait}} {
# Sends output to stdout chunks at a time.
# This is to prevent the terminal from
# hanging if we output too much:
while {[string length $txt]} {
puts -nonewline [string range $txt 0 2047]
set txt [string range $txt 2048 end]
if {$wait == "wait"} {
after 1
}
}
}
################################
# Key bindings
################################
proc handleEscapes {} {
global env
upvar 1 keybuffer keybuffer
set seq ""
set found 0
while {[set ch [readbuf keybuffer]] != ""} {
append seq $ch
switch -exact -- $seq {
"\[A" { ;# Cursor Up (cuu1,up)
handleHistory 1
set found 1; break
}
"\[B" { ;# Cursor Down
handleHistory -1
set found 1; break
}
"\[C" { ;# Cursor Right (cuf1,nd)
if {$env(CMDLINE_CURSOR) < [string length $env(CMDLINE)]} {
incr env(CMDLINE_CURSOR)
}
set found 1; break
}
"\[D" { ;# Cursor Left
if {$env(CMDLINE_CURSOR) > 0} {
incr env(CMDLINE_CURSOR) -1
}
set found 1; break
}
"\[H" -
"\[7~" -
"\[1~" { ;# home
set env(CMDLINE_CURSOR) 0
set found 1; break
}
"\[3~" { ;# delete
if {$env(CMDLINE_CURSOR) < [string length $env(CMDLINE)]} {
set env(CMDLINE) [string replace $env(CMDLINE) \
$env(CMDLINE_CURSOR) $env(CMDLINE_CURSOR)]
}
set found 1; break
}
"\[F" -
"\[K" -
"\[8~" -
"\[4~" { ;# end
set env(CMDLINE_CURSOR) [string length $env(CMDLINE)]
set found 1; break
}
"\[5~" { ;# Page Up }
"\[6~" { ;# Page Down }
}
}
return $found
}
proc handleControls {} {
global env
upvar 1 char char
upvar 1 keybuffer keybuffer
# Control chars start at a == \u0001 and count up.
switch -exact -- $char {
\u0004 { ;# ^d
if { $env(CMDLINE_CURSOR) <= 0 } {
print "exit\n" nowait
doExit
}
}
\u0003 { ;# ^c
print "^C\n" nowait
doExit
}
\u0008 -
\u007f { ;# ^h && backspace ?
if {$env(CMDLINE_CURSOR) > 0} {
incr env(CMDLINE_CURSOR) -1
set env(CMDLINE) [string replace $env(CMDLINE) \
$env(CMDLINE_CURSOR) $env(CMDLINE_CURSOR)]
}
}
\u001b { ;# ESC - handle escape sequences
handleEscapes
}
}
# Rate limiter:
set keybuffer ""
}
proc shortMatch {maybe} {
# Find the shortest matching substring:
set maybe [lsort $maybe]
set shortest [lindex $maybe 0]
foreach x $maybe {
while {![string match $shortest* $x]} {
set shortest [string range $shortest 0 end-1]
}
}
return $shortest
}
proc handleCompletion {} {
global env
set vars ""
set cmds ""
# First find out what kind of word we need to complete:
set wordstart [string last " " $env(CMDLINE) \
[expr {$env(CMDLINE_CURSOR)-1}]]
incr wordstart
set wordend [string first " " $env(CMDLINE) $wordstart]
if {$wordend == -1} {
set wordend end
} else {
incr wordend -1
}
set word [string range $env(CMDLINE) $wordstart $wordend]
if {[string trim $word] == ""} return
set firstchar [string index $word 0]
# Check if word is a variable:
if {$firstchar == "\$"} {
set word [string range $word 1 end]
incr wordstart
# Check if it is an array key:
set x [string first "(" $word]
if {$x != -1} {
set v [string range $word 0 [expr {$x-1}]]
incr x
set word [string range $word $x end]
incr wordstart $x
if {[uplevel #0 "array exists $v"]} {
set vars [uplevel #0 "array names $v $word*"]
}
} else {
foreach x [uplevel #0 {info vars}] {
if {[string match $word* $x]} {
lappend vars $x
}
}
}
} else {
if {$firstchar == "\[" || $wordstart == 0} {
if {$firstchar == "\["} {
set word [string range $word 1 end]
incr wordstart
}
# Check commands:
foreach x [info commands] {
if {[string match $word* $x]} {
lappend cmds $x
}
}
} else {
# Check commands anyway:
foreach x [info commands] {
if {[string match $word* $x]} {
lappend cmds $x
}
}
}
if {$wordstart != 0} {
# Check variables anyway:
set x [string first "(" $word]
if {$x != -1} {
set v [string range $word 0 [expr {$x-1}]]
incr x
set word [string range $word $x end]
incr wordstart $x
if {[uplevel #0 "array exists $v"]} {
set vars [uplevel #0 "array names $v $word*"]
}
} else {
foreach x [uplevel #0 {info vars}] {
if {[string match $word* $x]} {
lappend vars $x
}
}
}
}
}
set maybe [concat $vars $cmds]
set shortest [shortMatch $maybe]
if {"$word" == "$shortest"} {
if {[llength $maybe] > 1 && $env(COMPLETION_MATCH) != $maybe} {
set env(COMPLETION_MATCH) $maybe
clearline
set temp ""
foreach {match format} {
vars "35"
cmds "1;32"
} {
if {[llength $match]} {
append temp "[ESC]\[${format}m"
foreach x [set $match] {
append temp "[file tail $x] "
}
append temp "[ESC]\[0m"
}
}
print "\n$temp\n"
}
}
}
proc handleHistory {x} {
global env
set hlen [llength $env(HISTORY)]
incr env(HISTORY_LEVEL) $x
if {$env(HISTORY_LEVEL) > -1} {
set env(CMDLINE) [lindex $env(HISTORY) end-$env(HISTORY_LEVEL)]
set env(CMDLINE_CURSOR) [string length $env(CMDLINE)]
}
if {$env(HISTORY_LEVEL) <= -1} {
set env(HISTORY_LEVEL) -1
set env(CMDLINE) ""
set env(CMDLINE_CURSOR) 0
} elseif {$env(HISTORY_LEVEL) > $hlen} {
set env(HISTORY_LEVEL) $hlen
}
}
################################
# History handling functions
################################
proc getHistory {} {
global env
return $env(HISTORY)
}
proc setHistory {hlist} {
global env
set env(HISTORY) $hlist
}
proc appendHistory {cmdline} {
global env
set old [lsearch -exact $env(HISTORY) $cmdline]
if {$old != -1} {
set env(HISTORY) [lreplace $env(HISTORY) $old $old]
}
lappend env(HISTORY) $cmdline
set env(HISTORY) \
[lrange $env(HISTORY) end-$env(HISTORY_BUFFER) end]
}
################################
# main()
################################
proc rawInput {} {
fconfigure stdin -buffering none -blocking 0
fconfigure stdout -buffering none -translation crlf
exec stty raw -echo
}
proc lineInput {} {
fconfigure stdin -buffering line -blocking 1
fconfigure stdout -buffering line
exec stty -raw echo
}
proc doExit {{code 0}} {
global env HISTFILE
# Reset terminal:
# print "[ESC]c[ESC]\[2J" nowait
lineInput
set hlist [getHistory]
if {[llength $hlist] > 0} {
set f [open $HISTFILE w]
foreach x $hlist {
# Escape newlines:
puts $f [string map {
\n "\\n"
"\\" "\\b"
} $x]
}
close $f
}
___exit $code
}
# Load history if available:
if {[llength $env(HISTORY)] == 0} {
if {[file exists $HISTFILE]} {
set f [open $HISTFILE r]
set hlist [list]
foreach x [split [read $f] "\n"] {
if {$x != ""} {
# Undo newline escapes:
lappend hlist [string map {
"\\n" \n
"\\\\" "\\"
"\\b" "\\"
} $x]
}
}
setHistory $hlist
unset hlist
close $f
}
}
rawInput
rename exit ___exit
proc exit args doExit
proc tclline {} {
global env
set char ""
set keybuffer [read stdin]
set env(COLUMNS) [getColumns]
while {$keybuffer != ""} {
if {[eof stdin]} return
set char [readbuf keybuffer]
if {$char == ""} {
# Sleep for a bit to reduce CPU time:
after 40
continue
}
if {[string is print $char]} {
set x $env(CMDLINE_CURSOR)
if {$x < 1 && [string trim $char] == ""} continue
set trailing [string range $env(CMDLINE) $x end]
set env(CMDLINE) [string replace $env(CMDLINE) $x end]
append env(CMDLINE) $char
append env(CMDLINE) $trailing
incr env(CMDLINE_CURSOR)
} elseif {$char == "\t"} {
handleCompletion
} elseif {$char == "\n" || $char == "\r"} {
if {[info complete $env(CMDLINE)] &&
[string index $env(CMDLINE) end] != "\\"} {
lineInput
print "\n" nowait
uplevel #0 {
global env
# Run the command:
if { [catch $env(CMDLINE) res] } {
print "[ESC]\[1;31m\[[ESC]\[0;31mError[ESC]\[1;31m\][ESC]\[0m "
}
if {$res != ""} {
print "$res\n"
}
# Append HISTORY:
set env(HISTORY_LEVEL) -1
appendHistory $env(CMDLINE)
set env(CMDLINE) ""
set env(CMDLINE_CURSOR) 0
set env(CMDLINE_LINES) {0 0}
}
rawInput
} else {
set x $env(CMDLINE_CURSOR)
if {$x < 1 && [string trim $char] == ""} continue
set trailing [string range $env(CMDLINE) $x end]
set env(CMDLINE) [string replace $env(CMDLINE) $x end]
append env(CMDLINE) $char
append env(CMDLINE) $trailing
incr env(CMDLINE_CURSOR)
}
} else {
handleControls
}
}
prompt $env(CMDLINE)
}
tclline
fileevent stdin readable tclline
vwait forever
doExit
}

2
nanonote-files/script-files/root/.vimrc Normal file
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set encoding=utf-8
set term=xterm

1
nanonote-files/script-files/usr/lib/tcl8.5/init.tcl Normal file
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source /root/.tclshrc

BIN
nanonote-files/script-files/usr/share/qmaps/ben.qmap Normal file
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