#!/bin/bash
########################################################################
#### Script Name: inxi
#### version: 1.0.97-b1
#### Date: 27 July 2009
########################################################################
#### SPECIAL THANKS
########################################################################
#### Special thanks to all those in #lsc and #smxi for their tireless
#### dedication helping test inxi modules.
########################################################################
#### ABOUT INXI
########################################################################
#### inxi is a fork of infobash 3.02, the original bash sys info script by locsmif
#### As time permits functionality improvements and recoding will occur.
####
#### inxi, the universal, portable, system info script for irc.
#### Tested with Irssi, Xchat, Konversation, BitchX, KSirc, ircII,
#### Gaim/Pidgin, Weechat, KVIrc and Kopete.
#### Original infobash author and copyright holder:
#### Copyright (C) 2005-2007 Michiel de Boer a.k.a. locsmif
#### inxi version: Copyright (C) 2008-9 Scott Rogers & Harald Hope
#### Further fixes (listed as known): Horst Tritremmel <hjt at sidux.com>
#### Steven Barrett (aka: damentz) - usb audio patch; swap percent used patch
####
#### Current script home page: http://techpatterns.com/forums/about1131.html
#### Script svn: http://code.google.com/p/inxi
####
#### This program is free software; you can redistribute it and/or modify
#### it under the terms of the GNU General Public License as published by
#### the Free Software Foundation; either version 3 of the License, or
#### (at your option) any later version.
####
#### This program is distributed in the hope that it will be useful,
#### but WITHOUT ANY WARRANTY; without even the implied warranty of
#### MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
#### GNU General Public License for more details.
####
#### You should have received a copy of the GNU General Public License
#### along with this program. If not, see <http://www.gnu.org/licenses/>.
####
#### If you don't understand what Free Software is, please read (or reread)
#### this page: http://www.gnu.org/philosophy/free-sw.html
########################################################################
#### DEPENDENCIES
#### bash >=3.0(bash), df;readlink;stty;tr;uname;wc(coreutils),
#### gawk(gawk), grep(grep), hostname(hostname), lspci(pciutils),
#### ps;uptime(procps), glxinfo;xdpyinfo;xrandr(xbase-clients)
#### Also the proc filesystem should be present and mounted
####
#### Apparently unpatched bash 3.0 has arrays broken; bug reports:
#### http://ftp.gnu.org/gnu/bash/bash-3.0-patches/bash30-008
#### http://lists.gnu.org/archive/html/bug-bash/2004-08/msg00144.html
####
#### Arrays work in bash 2.05b, but "egrep -m" does not
####
#### RECOMMENDS (Needed to run certain features)
#### For local interfaces/IP test: ifconfig (in net-tools for Debian systems)
#### runlevel(sysvinit): to view current runlevel while not in X window system
#### Bash 3.1 for proper array use
########################################################################
#### CONVENTIONS:
#### Indentation: TABS
#### Do not use `....` (back quotes), those are totally non-reabable, use $(....).
#### Do not use one liner flow controls.
#### The ONLY time you should use ';' (semi-colon) is in this single case: if [[ condition ]];then.
#### Never use compound 'if': ie, if [[ condition ]] && statement.
#### Note: [[ -n $something ]] - double brackets does not require quotes for variables: ie, "$something".
#### Always use quotes, double or single, for all string values.
####
#### All new code/methods must be in a function.
#### For all boolean tests, use 'true' / 'false'.
#### !! Do NOT use 0 or 1 unless it's a function return.
#### Avoid complicated tests in the if condition itself.
#### To 'return' a value in a function, use 'echo <var>'.
####
#### For gawk: use always if ( num_of_cores > 1 ) { hanging { starter for all blocks
#### This lets us use one method for all gawk structures, including BEGIN/END, if, for, etc
####
#### VARIABLE/FUNCTION NAMING:
#### All functions should follow standard naming--verb adjective noun.
#### ie, get_cpu_data
#### All variables MUST be initialized / declared explicitly.
#### All variables should clearly explain what they are, except counters like i, j.
#### Each word of variable must be separated by '_' (underscore) (camel form).
#### Global variables are 'UPPER CASE', at top of script.
#### ie, SOME_VARIABLE=''
#### Local variables are 'lower case' and declared at the top of the function.
#### ie, some_variable=''
#### Locals that will be inherited by child functions have first char capitalized (so you know they are inherited).
#### ie, Some_Variable
####
#### Booleans should start with b_ (local) or B_ (global) and state clearly what is being tested.
#### Arrays should start with a_ (local) or A_ (global).
####
#### SPECIAL NOTES:
#### The color variable ${C2} must always be followed by a space unless you know what
#### character is going to be next for certain. Otherwise irc color codes can be accidentally
#### activated or altered.
####
#### For native script konversation support (check distro for correct konvi scripts path):
#### ln -s <path to inxi> /usr/share/apps/konversation/scripts/inxi
#### DCOP doesn't like \n, so avoid using it for most output unless required, as in error messages.
####
#### As with all 'rules' there are acceptions, these are noted where used.
####
###################################################################################
#### KDE Konversation information. Moving from dcop(qt3/KDE3) to dbus(qt4/KDE4)
###################################################################################
#### dcop and dbus -- these talk back to Konversation from this script
####
#### Scripting info -- http://konversation.berlios.de/docs/scripting.html
#### -- http://www.kde.org.uk/apps/konversation/
####
#### dbus info -- http://dbus.freedesktop.org/doc/dbus-tutorial.html
#### view dbus info -- https://fedorahosted.org/d-feet/
#### -- or run qdbus
#### Konvi dbus/usage-- qdbus org.kde.konversation /irc say <server> <target-channel> <output>
####
#### Python usage -- http://wiki.python.org/moin/DbusExamples (just in case)
####
#### Because webpages come and go, the above information needs to be moved to inxi's wiki
####
########################################################################
#### Valuable Resources
#### gawk arrays: http://www.math.utah.edu/docs/info/gawk_12.html
########################################################################
#### TESTING FLAGS
#### inxi supports advanced testing triggers to do various things, using -! <arg>
#### -! 1 - triggers default B_TESTING_1='true' to trigger some test or other
#### -! 2 - triggers default B_TESTING_2='true' to trigger some test or other
#### -! 3 - triggers B_TESTING_1='true' and B_TESTING_2='true'
#### -! 10 - triggers an update from the primary dev download server instead of svn
#### -! 11 - triggers an update from svn branch one - if present, of course
#### -! 12 - triggers an update from svn branch two - if present, of course
#### -! 13 - triggers an update from svn branch three - if present, of course
#### -! 14 - triggers an update from svn branch four - if present, of course
#### -! <http://......> - Triggers an update from whatever server you list.
#### LOG FLAGS (logs to $HOME/.inxi/inxi.log with rotate 3 total)
#### -@ 8 - Basic data logging of generated data / array values
#### -@ 9 - Full logging of all data used, including cat of files and system data
#### -@ 10 - Basic data logging plus color code logging
########################################################################
#### VARIABLES
########################################################################
## NOTE: we can use hwinfo if it's available in all systems, or most, to get
## a lot more data and verbosity levels going
### Variable initializations: null values
CMDL_MAX=''
COLOR_SCHEME=''
COLOR_SCHEME_SET=''
IRC_CLIENT=''
IRC_CLIENT_VERSION=''
### primary data array holders ## usage: 'A_<var>'
A_AUDIO_DATA=''
A_CMDL=''
A_CPU_CORE_DATA=''
A_CPU_DATA=''
A_CPU_TYPE_PCNT_CCNT=''
A_DEBUG_BUFFER=''
A_GFX_CARD_DATA=''
A_GLX_DATA=''
A_HDD_DATA=''
A_INTERFACES_DATA=''
A_NETWORK_DATA=''
A_PARTITION_DATA=''
A_SENSORS_DATA=''
A_X_DATA=''
### Boolean true/false globals ## usage: 'B_<var>'
# flag to allow distro maintainers to turn off update features. If false, turns off
# -U and -! testing/advanced update options, as well as removing the -U help menu item
B_ALLOW_UPDATE='true'
# triggers full display of cpu flags
B_CPU_FLAGS_FULL='false'
# Debug flood override: make 'true' to allow long debug output
B_DEBUG_FLOOD='false'
# show extra output data
B_EXTRA_DATA='false'
# override certain errors due to currupted data
B_HANDLE_CORRUPT_DATA='false'
B_LOG_COLORS='false'
B_LOG_FULL_DATA='false'
B_ROOT='false'
# Running in a shell? Defaults to false, and is determined later.
B_RUNNING_IN_SHELL='false'
# this sets the debug buffer
B_SCRIPT_UP='false'
# sensors only if installed
B_SENSORS='false'
# Show sound card data
B_SHOW_AUDIO='false'
B_SHOW_CPU='false'
B_SHOW_DISK='false'
# Show full hard disk output
B_SHOW_FULL_HDD='false'
B_SHOW_GRAPHICS='false'
# Set this to 'false' to avoid printing the hostname
B_SHOW_HOST='true'
B_SHOW_INFO='false'
B_SHOW_IP='false'
B_SHOW_LABELS='false'
B_SHOW_NETWORK='false'
# either -v > 3 or -P will show partitions
B_SHOW_PARTITIONS='false'
B_SHOW_PARTITIONS_FULL='false'
B_SHOW_SENSORS='false'
# triggers only short inxi output
B_SHOW_SHORT_OUTPUT='false'
B_SHOW_SYSTEM='false'
B_SHOW_UUIDS='false'
# triggers various debugging and new option testing
B_TESTING_1='false'
B_TESTING_2='false'
# set to true here for debug logging from script start
B_USE_LOGGING='false'
# Test for X running
B_X_RUNNING='false'
# test for dbus irc client
B_DBUS_CLIENT='false'
### Directory/file exist flags; test as [[ $(boolean) ]] not [[ $boolean ]]
B_PROC='false'
B_CPUINFO='false'
B_MEMINFO='false'
B_ASOUND_CARDS='false'
B_ASOUND_VERSION='false'
B_BASH_ARRAY='false'
B_IFCONFIG='false'
B_LSB_DIR='false'
B_SCSI_DIR='false'
B_MODULES_DIR='false' #
B_MOUNTS_DIR='false'
B_PARTITIONS_DIR='false' #
### Directory's used when present
DIR_CPUINFO='/proc/cpuinfo'
DIR_MEMINFO='/proc/meminfo'
DIR_ASOUND_DEVICE='/proc/asound/cards'
DIR_ASOUND_VERSION='/proc/asound/version'
DIR_LSB_RELEASE='/etc/lsb-release'
DIR_SCSI='/proc/scsi/scsi'
DIR_MODULES='/proc/modules' #
DIR_MOUNTS='/proc/mounts'
DIR_PARTITIONS='/proc/partitions' #
DIR_IFCONFIG='/sbin/ifconfig'
### Variable initializations: constants
DCOPOBJ="default"
DEBUG=0 # Set debug levels from 1-10 (8-10 trigger logging levels)
# Debug Buffer Index, index into a debug buffer storing debug messages until inxi is 'all up'
DEBUG_BUFFER_INDEX=0
## note: the debugger rerouting to /dev/null has been moved to the end of the get_parameters function
## so -@[number] debug levels can be set if there is a failure, otherwise you can't even see the errors
# Defaults to 2, make this 1 for normal, 0 for no colorcodes at all. Set to any other valid scheme you like.
# Same as runtime parameter.
DEFAULT_SCHEME=2
# Default indentation level
INDENT=10
# logging eval variables, start and end function: Insert to LOGFS LOGFE when debug level >= 8
LOGFS_STRING='log_function_data fs $FUNCNAME "$( echo $@ )"'
LOGFE_STRING='log_function_data fe $FUNCNAME'
LOGFS=''
LOGFE=''
# uncomment for debugging from script start
# LOGFS=$LOGFS_STRING
# LOGFE=$LOGFE_STRING
# default to false, no konversation found, 1 is native konvi (qt3/KDE3) script mode, 2 is /cmd inxi start,
## 3 is Konversation > 1.2 (qt4/KDE4)
KONVI=0
# NO_CPU_COUNT=0 # Wether or not the string "dual" or similar is found in cpuinfo output. If so, avoid dups.
# This is a variable that controls how many parameters inxi will parse in a /proc/<pid>/cmdline file before stopping.
PARAMETER_LIMIT=30
SCHEME=0 # set default scheme
# SHOW_IRC=1 to avoid showing the irc client version number, or SHOW_IRC=0 to disable client information completely.
SHOW_IRC=2
# Verbosity level defaults to 0, this can also be set with -v0, -v2, -v3, etc as a parameter.
VERBOSITY_LEVEL=0
# Supported number of verbosity levels, including 0
VERBOSITY_LEVELS=5
# Clear nullglob, because it creates unpredictable situations with IFS=$'\n' ARR=($VAR) IFS="$ORIGINAL_IFS"
# type constructs. Stuff like [rev a1] is now seen as a glob expansion pattern, and fails, and
# therefore results in nothing.
shopt -u nullglob
## info on bash built in: $IFS - http://tldp.org/LDP/abs/html/internalvariables.html
# Backup the current Internal Field Separator
ORIGINAL_IFS="$IFS"
# These two determine separators in single line output, to force irc clients not to break off sections
SEP1='-'
SEP2='~'
### Script names/paths - must be non root writable
SCRIPT_DATA_DIR="$HOME/.inxi"
LOG_FILE="$SCRIPT_DATA_DIR/inxi.log"
LOG_FILE_1="$SCRIPT_DATA_DIR/inxi.1.log"
LOG_FILE_2="$SCRIPT_DATA_DIR/inxi.2.log"
SCRIPT_NAME="inxi"
SCRIPT_PATH="" #filled-in in Main
SCRIPT_VERSION_NUMBER="" #filled-in in Main
SCRIPT_DOWNLOAD='http://inxi.googlecode.com/svn/trunk/'
SCRIPT_DOWNLOAD_BRANCH_1='http://inxi.googlecode.com/svn/branches/one/'
SCRIPT_DOWNLOAD_BRANCH_2='http://inxi.googlecode.com/svn/branches/two/'
SCRIPT_DOWNLOAD_BRANCH_3='http://inxi.googlecode.com/svn/branches/three/'
SCRIPT_DOWNLOAD_BRANCH_4='http://inxi.googlecode.com/svn/branches/four/'
SCRIPT_DOWNLOAD_DEV='http://smxi.org/test/'
KONVI_CFG="konversation/scripts/$SCRIPT_NAME.conf" # relative path to $(kde-config --path data)
### Script Localization
# Make sure every program speaks English.
LC_ALL="C"
export LC_ALL
### Output Colors
# A more elegant way to have a scheme that doesn't print color codes (neither ANSI nor mIRC) at all. See below.
unset EMPTY
# DGREY BLACK RED DRED GREEN DGREEN YELLOW DYELLOW
ANSI_COLORS="[1;30m [0;30m [1;31m [0;31m [1;32m [0;32m [1;33m [0;33m"
IRC_COLORS=" \x0314 \x0301 \x0304 \x0305 \x0309 \x0303 \x0308 \x0307"
# BLUE DBLUE MAGENTA DMAGENTA CYAN DCYAN WHITE GREY NORMAL
ANSI_COLORS="$ANSI_COLORS [1;34m [0;34m [1;35m [0;35m [1;36m [0;36m [1;37m [0;37m [0;37m"
IRC_COLORS=" $IRC_COLORS \x0312 \x0302 \x0313 \x0306 \x0311 \x0310 \x0300 \x0315 \x03"
#ANSI_COLORS=($ANSI_COLORS); IRC_COLORS=($IRC_COLORS)
A_COLORS_AVAILABLE=( DGREY BLACK RED DRED GREEN DGREEN YELLOW DYELLOW BLUE DBLUE MAGENTA DMAGENTA CYAN DCYAN WHITE GREY NORMAL )
# See above for notes on EMPTY
A_COLOR_SCHEMES=( EMPTY,EMPTY,EMPTY NORMAL,NORMAL,NORMAL BLUE,NORMAL,NORMAL GREEN,YELLOW,NORMAL DYELLOW,NORMAL,NORMAL CYAN,BLUE,NORMAL RED,NORMAL,NORMAL GREEN,NORMAL,NORMAL YELLOW,NORMAL,NORMAL GREEN,DGREEN,NORMAL BLUE,RED,NORMAL BLUE,NORMAL,RED YELLOW,WHITE,GREEN BLUE,NORMAL,GREEN DCYAN,NORMAL,DMAGENTA )
## Actual color variables
C1=''
C2=''
CN=''
### Distro Data
# In cases of derived distros where the version file of the base distro can also be found under /etc,
# the derived distro's version file should go first. (Such as with Sabayon / Gentoo)
DISTROS_DERIVED="antix-version kanotix-version knoppix-version mandrake-release pardus-release sabayon-release sidux-version turbolinux-release zenwalk-version"
# debian_version excluded from DISTROS_PRIMARY so Debian can fall through to /etc/issue detection. Same goes for Ubuntu.
DISTROS_EXCLUDE_LIST="debian_version ubuntu_version"
DISTROS_PRIMARY="gentoo-release redhat-release slackware-version SuSE-release"
DISTROS_LSB_GOOD="mandrake-release mandriva-release mandrakelinux-release"
## Distros with known problems
# DSL (Bash 2.05b: grep -m doesn't work; arrays won't work) --> unusable output
# Puppy Linux 4.1.2 (Bash 3.0: arrays won't work) --> works partially
### Bans Data
# Precede a banword with $'\2' to prevent it from being subject to automated escaping by the make_ban_lists routine
# $'\1' gets weird results :
# user@host $ ARR=($'\x01'"one two" three four); echo ${ARR[0]} | hd -v
# 00000000 01 01 6f 6e 65 20 74 77 6f 0a |..one two.|
A_NORMAL_BANS=( corporation communications gmbh technologies technology group $'\2'"\<ltd\>" ltd. $'\2'"\<inc\>" inc. $'\2'\<co\> co. "(tm)" "(r)" "®" $'\2'"\(rev ..\)" )
A_CPU_BANS=( @ cpu deca 'dual core' dual-core 'tri core' tri-core 'quad core' quad-core ennea genuine hepta hexa multi octa penta 'processor' processor single triple $'\2'"[0-9.]+ *[MmGg][Hh][Zz]" )
# after processing, the ban arrays will be put into these:
BAN_LIST_NORMAL=''
BAN_LIST_CPU=''
# WARNING: In the main part below (search for 'KONVI')
# there's a check for Konversation-specific config files.
# Any one of these can override the above if inxi is run
# from Konversation!
########################################################################
#### MAIN: Where it all begins
########################################################################
main()
{
eval $LOGFS
# This function just initializes variables
initialize_script_data
# Check for dependencies BEFORE running ANYTHING else except above functions
# Not all distro's have these depends installed by default
check_script_depends
check_script_suggested_apps
# first init function must be set first for colors etc. Remember, no debugger
# stuff works on this function unless you set the debugging flag manually.
# Debugging flag -@ [number] will not work until get_parameters runs.
### Only continue if depends ok
SCRIPT_PATH=$( dirname $0 )
SCRIPT_VERSION_NUMBER=$( grep -im 1 'version:' $SCRIPT_PATH/$SCRIPT_NAME | gawk '{print $3}' )
### Source global config overrides
if [[ -s /etc/$SCRIPT_NAME.conf ]];then
source /etc/$SCRIPT_NAME.conf
fi
# Source user config overrides, ~/.inxi/inxi.conf
if [[ -s $HOME/.$SCRIPT_NAME/$SCRIPT_NAME.conf ]];then
source $HOME/.$SCRIPT_NAME/$SCRIPT_NAME.conf
fi
## this needs to run before the KONVI stuff is set below
## Konversation 1.2 apparently does not like the $PPID test in get_start_client
## So far there is no known way to detect if qt4_konvi is the parent process
## this method will infer qt4_konvi as parent
get_start_client
# note: this only works if it's run from inside konversation as a script builtin or something
# only do this if inxi has been started as a konversation script, otherwise bypass this
# KONVI=3 ## for testing puroses
##
if [[ $KONVI -eq 1 || $KONVI -eq 3 ]];then
if [[ $KONVI -eq 1 ]]; then ## dcop Konversation (ie 1.x < 1.2(qt3))
DCPORT="$1"
DCSERVER="$2"
DCTARGET="$3"
shift 3
elif [[ $KONVI -eq 3 ]]; then ## dbus Konversation (> 1.2 (qt4))
DCSERVER="$1" ##dbus testing
DCTARGET="$2" ##dbus testing
shift 2
fi
# The section below is on request of Argonel from the Konversation developer team:
# it sources config files like $HOME/.kde/share/apps/konversation/scripts/inxi.conf
IFS=":"
for kde_config in $( kde-config --path data )
do
if [[ -r ${kde_config}${KONVI_CFG} ]];then
source "${kde_config}${KONVI_CFG}"
break
fi
done
IFS="$ORIGINAL_IFS"
fi
## leave this for debugging dcop stuff if we get that working
# print_screen_output "DCPORT: $DCPORT"
# print_screen_output "DCSERVER: $DCSERVER"
# print_screen_output "DCTARGET: $DCTARGET"
# "$@" passes every parameter separately quoted, "$*" passes all parameters as one quoted parameter.
# must be here to allow debugger and other flags to be set.
get_parameters "$@"
# If no colorscheme was set in the parameter handling routine, then set the default scheme
if [[ $COLOR_SCHEME_SET != 'true' ]];then
set_color_scheme "$DEFAULT_SCHEME"
fi
# all the pre-start stuff is in place now
B_SCRIPT_UP='true'
script_debugger "Debugger: $SCRIPT_NAME is up and running..."
# then create the output
print_it_out
## last steps
if [[ $B_RUNNING_IN_SHELL == 'true' && $SCHEME -gt 0 ]];then
echo -n "[0m"
fi
eval $LOGFE
# weechat's executor plugin forced me to do this, and rightfully so, because else the exit code
# from the last command is taken..
exit 0
}
#### -------------------------------------------------------------------
#### basic tests: set script data, booleans, PATH
#### -------------------------------------------------------------------
# Set PATH data so we can access all programs as user. Set BAN lists.
# initialize some boleans, these directories are used throughout the script
# some apps are used for extended functions any directory used, should be
# checked here first.
# No args taken.
initialize_script_data()
{
eval $LOGFS
local path='' sys_path='' added_path='' b_path_found=''
# Extra path variable to make execute failures less likely, merged below
local extra_paths="/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin"
# Fallback paths put into $extra_paths; This might, among others, help on gentoo.
# Now, create a difference of $PATH and $extra_paths and add that to $PATH:
IFS=":"
for path in $extra_paths
do
b_path_found='false'
for sys_path in $PATH
do
if [[ $path == $sys_path ]];then
b_path_found='true'
fi
done
if [[ $b_path_found == 'false' ]];then
added_path="$added_path:$path"
fi
done
IFS="$ORIGINAL_IFS"
PATH="${PATH}${added_path}"
##echo "PATH='$PATH'"
##/bin/sh -c 'echo "PATH in subshell=\"$PATH\""'
# Do this after sourcing of config overrides so user can customize banwords
BAN_LIST_NORMAL=$( make_ban_lists "${A_NORMAL_BANS[@]}" ) # Contrary to my previous belief, "${ARR[@]}" passes a quoted list, not one string
BAN_LIST_CPU=$( make_ban_lists "${A_CPU_BANS[@]}" )
##echo "BAN_LIST_NORMAL='$BAN_LIST_NORMAL'"
# now set the script BOOLEANS for files required to run features
if [[ -d "/proc/" ]];then
B_PROC='true'
else
error_handler 6
fi
if [[ -e $DIR_CPUINFO ]]; then
B_CPUINFO='true'
fi
if [[ -e $DIR_MEMINFO ]];then
B_MEMINFO='true'
fi
if [[ -e $DIR_ASOUND_DEVICE ]];then
B_ASOUND_CARDS='true'
fi
if [[ -e $DIR_ASOUND_VERSION ]];then
B_ASOUND_VERSION='true'
fi
if [[ -f $DIR_LSB_RELEASE ]];then
B_LSB_DIR='true'
fi
if [[ -e $DIR_SCSI ]];then
B_SCSI_DIR='true'
fi
# lack of ifconfig will throw an error only upon it's usage
if [[ -x ifconfig ]]; then
B_IFCONFIG='true'
DIR_IFCONFIG='ifconfig' # change from full path to use $PATH
elif [[ -x $DIR_IFCONFIG ]];then
B_IFCONFIG='true'
else
A_INTERFACES_DATA=( "Interfaces tool requires missing app: $DIR_IFCONFIG" )
fi
if [[ -n $( which sensors ) ]];then
B_SENSORS='true'
fi
if [[ -n $DISPLAY ]];then
B_X_RUNNING='true'
fi
if [[ -e $DIR_MODULES ]];then
B_MODULES_DIR='true'
fi
if [[ -e $DIR_MOUNTS ]];then
B_MOUNTS_DIR='true'
fi
if [[ -e $DIR_PARTITIONS ]];then
B_PARTITIONS_DIR='true'
fi
# gfx output will require this flag
if [[ $( whoami ) == 'root' ]];then
B_ROOT='true'
fi
eval $LOGFE
}
# No args taken.
check_script_suggested_apps()
{
eval $LOGFS
local bash_array_test=( "one" "two" )
# check for array ability of bash, this is only good for the warning at this time
# the boolean could be used later
# bash version 2.05b is used in DSL
# bash version 3.0 is used in Puppy Linux; it has a known array bug <reference to be placed here>
# versions older than 3.1 don't handle arrays
# distro's using below 2.05b are unknown, released in 2002
if [[ ${bash_array_test[1]} -eq "two" ]];then
B_BASH_ARRAY='true'
else
script_debugger "Suggestion: update to Bash v3.1 for optimal inxi output"
fi
eval $LOGFE
}
# Determine if any of the absolutely necessary tools are absent
# No args taken.
check_script_depends()
{
eval $LOGFS
local app_name='' app_data=''
# bc removed from deps for now
local depends="df free gawk grep hostname lspci ps readlink tr uname uptime wc"
local x_apps="xrandr xdpyinfo glxinfo"
if [[ $B_X_RUNNING == 'true' ]];then
for app_name in $x_apps
do
app_data=$( type -p $app_name )
if [[ -z $app_data ]];then
script_debugger "Resuming in non X mode: $app_name not found in path"
B_X_RUNNING='false'
break
fi
done
fi
app_name=''
for app_name in $depends
do
app_data=$( type -p $app_name )
if [[ -z $app_data ]];then
error_handler 5 "$app_name"
fi
done
eval $LOGFE
}
## note: this is now running inside each gawk sequence directly to avoid exiting gawk
## looping in bash through arrays, then re-entering gawk to clean up, then writing back to array
## in bash. For now I'll leave this here because there's still some interesting stuff to get re methods
# Enforce boilerplate and buzzword filters
# args: $1 - BAN_LIST_NORMAL/BAN_LIST_CPU; $2 - string to sanitize
sanitize_characters()
{
eval $LOGFS
# Cannot use strong quotes to unquote a string with pipes in it!
# bash will interpret the |'s as usual and try to run a subshell!
# Using weak quotes instead, or use '"..."'
echo "$2" | gawk "
BEGIN {
IGNORECASE=1
}
{
gsub(/${!1}/,\"\")
gsub(/ [ ]+/,\" \") ## ([ ]+) with (space)
gsub(/^ +| +$/,\"\") ## (pipe char) with (nothing)
print ## prints (returns) cleaned input
}"
eval $LOGFE
}
# Filter boilerplate & buzzwords.
# args: $1 - quoted: "$@" array of ban terms
make_ban_lists()
{
eval $LOGFS
local ban_list=''
# Iterate over $@
## note: this is a weird, non-intuitive method, needs some documentation or rewriting
## if you declare ban_string it stops working, have to read up on this
for ban_string
do
# echo "term=\"$ban_string\"" # >&2
if [[ ${ban_string:0:1} = $'\2' ]];then
ban_list="${ban_list}${ban_list+|}${ban_string:1:${#ban_string}-1}"
else
# Automatically escapes [ ] ( ) . and +
ban_list="${ban_list}${ban_list+|}$( echo "$ban_string" | gawk '{
gsub(/([\[\]+().])/,"\\\\&")
print
}' )"
fi
done
echo "$ban_list"
eval $LOGFS
}
# make_ban_lists "${A_CPU_BANS[@]}";exit
# Set the colorscheme
# args: $1 = <scheme number>|<"none">
set_color_scheme()
{
eval $LOGFS
local i='' script_colors='' color_codes=''
if [[ $1 -ge ${#A_COLOR_SCHEMES[@]} ]];then
set -- 1
fi
# Set a global variable to allow checking for chosen scheme later
SCHEME="$1"
if [[ $B_RUNNING_IN_SHELL == 'true' ]];then
color_codes=( $ANSI_COLORS )
else
color_codes=( $IRC_COLORS )
fi
for (( i=0; i < ${#A_COLORS_AVAILABLE[@]}; i++ ))
do
eval "${A_COLORS_AVAILABLE[i]}=\"${color_codes[i]}\""
done
IFS=","
script_colors=( ${A_COLOR_SCHEMES[$1]} )
IFS="$ORIGINAL_IFS"
# then assign the colors globally
C1="${!script_colors[0]}"
C2="${!script_colors[1]}"
CN="${!script_colors[2]}"
# ((COLOR_SCHEME++)) ## note: why is this? ##
eval $LOGFE
}
########################################################################
#### UTILITY FUNCTIONS
########################################################################
#### -------------------------------------------------------------------
#### error handler, debugger, script updater
#### -------------------------------------------------------------------
# Error handling
# args: $1 - error number; $2 - optional, extra information
error_handler()
{
eval $LOGFS
local error_message=''
# assemble the error message
case $1 in
2) error_message="large flood danger, debug buffer full!"
;;
3) error_message="unsupported color scheme number: $2"
;;
4) error_message="unsupported verbosity level: $2"
;;
5) error_message="dependency not met: $2 not found in path"
;;
6) error_message="/proc not found! Quitting..."
;;
7) error_message="One of the options you entered in your script parameters: $2\nIs not supported. For supported options, check the help menu: $SCRIPT_NAME -h"
;;
8) error_message="the self-updater failed, wget exited with error: $2.\nYou probably need to be root.\nHint, to make for easy updates without being root, do: chown <user name> $SCRIPT_PATH/$SCRIPT_NAME"
;;
9) error_message="unsupported debugging level: $2"
;;
10)
error_message="the alt download url you provided: $2\nappears to be wrong, download aborted. Please note, the url\nneeds to end in /, without $SCRIPT_NAME, like: http://yoursite.com/downloads/"
;;
11)
error_message="unsupported testing option argument: -! $2"
;;
12)
error_message="the svn branch download url: $2\nappears to be empty currently. Make sure there is an actual svn branch version\nactive before you try this again. Check http://code.google.com/p/inxi\nto verify the branch status."
;;
*) error_message="error unknown: $@"
set -- 99
;;
esac
# then print it and exit
print_screen_output "Error $1: $error_message"
eval $LOGFE
exit $1
}
# prior to script up set, pack the data into an array
# then we'll print it out later.
# args: $1 - $@ debugging string text
script_debugger()
{
eval $LOGFS
if [[ $B_SCRIPT_UP == 'true' ]];then
# only return if debugger is off and no pre start up errors have occured
if [[ $DEBUG -eq 0 && $DEBUG_BUFFER_INDEX -eq 0 ]];then
return 0
# print out the stored debugging information if errors occured
elif [[ $DEBUG_BUFFER_INDEX -gt 0 ]];then
for (( DEBUG_BUFFER_INDEX=0; DEBUG_BUFFER_INDEX < ${#A_DEBUG_BUFFER[@]}; DEBUG_BUFFER_INDEX++ ))
do
print_screen_output "${A_DEBUG_BUFFER[$DEBUG_BUFFER_INDEX]}"
done
DEBUG_BUFFER_INDEX=0
fi
# or print out normal debugger messages if debugger is on
if [[ $DEBUG -gt 0 ]];then
print_screen_output "$1"
fi
else
if [[ $B_DEBUG_FLOOD == 'true' && $DEBUG_BUFFER_INDEX -gt 10 ]];then
error_handler 2
# this case stores the data for later printout, will print out only
# at B_SCRIPT_UP == 'true' if array index > 0
else
A_DEBUG_BUFFER[$DEBUG_BUFFER_INDEX]="$1"
# increment count for next pre script up debugging error
(( DEBUG_BUFFER_INDEX++ ))
fi
fi
eval $LOGFE
}
# NOTE: no logging available until get_parameters is run, since that's what sets logging
# in order to trigger earlier logging manually set B_USE_LOGGING to true in top variables.
# $1 alone: logs data; $2 with or without $3 logs func start/end.
# $1 type (fs/fe/cat/raw) or logged data; [$2 is $FUNCNAME; [$3 - function args]]
log_function_data()
{
if [ "$B_USE_LOGGING" == 'true' ];then
local logged_data='' spacer=' ' line='----------------------------------------'
case $1 in
fs)
logged_data="Function: $2 - Primary: Start"
if [ -n "$3" ];then
logged_data="$logged_data\n${spacer}Args: $3"
fi
spacer=''
;;
fe)
logged_data="Function: $2 - Primary: End"
spacer=''
;;
cat)
if [[ $B_LOG_FULL_DATA == 'true' ]];then
logged_data="\n$line\nFull file data: cat $2\n\n$( cat $2 )\n$line\n"
spacer=''
fi
;;
raw)
if [[ $B_LOG_FULL_DATA == 'true' ]];then
logged_data="\n$line\nRaw system data:\n\n$2\n$line\n"
spacer=''
fi
;;
*)
logged_data="$1"
;;
esac
# Create any required line breaks and strip out escape color code, either ansi (case 1)or irc (case 2).
# This pattern doesn't work for irc colors, if we need that someone can figure it out
if [[ -n $logged_data ]];then
if [[ $B_LOG_COLORS != 'true' ]];then
echo -e "${spacer}$logged_data" | sed -r 's/\x1b\[[0-9]{1,2}(;[0-9]{1,2}){0,2}m//g' >> $LOG_FILE
else
echo -e "${spacer}$logged_data" >> $LOG_FILE
fi
fi
fi
}
# called in the initial -@ 10 script args setting so we can get logging as soon as possible
# will have max 3 files, inxi.log, inxi.1.log, inxi.2.log
create_rotate_logfiles()
{
if [[ ! -d $SCRIPT_DATA_DIR ]];then
mkdir $SCRIPT_DATA_DIR
fi
# do the rotation if logfile exists
if [[ -f $LOG_FILE ]];then
# copy if present second to third
if [[ -f $LOG_FILE_1 ]];then
mv -f $LOG_FILE_1 $LOG_FILE_2
fi
# then copy initial to second
mv -f $LOG_FILE $LOG_FILE_1
fi
# now create the logfile
touch $LOG_FILE
# and echo the start data
echo "=========================================================" >> $LOG_FILE
echo "START $SCRIPT_NAME LOGGING:" >> $LOG_FILE
echo "Script started: $( date +%Y-%m-%d-%H:%M:%S )" >> $LOG_FILE
echo "=========================================================" >> $LOG_FILE
}
# args: $1 - download url, not including file name; $2 - string to print out
# note that $1 must end in / to properly construct the url path
script_self_updater()
{
eval $LOGFS
local wget_error=0
print_screen_output "Starting $SCRIPT_NAME self updater."
print_screen_output "Currently running $SCRIPT_NAME version number: $SCRIPT_VERSION_NUMBER"
print_screen_output "Updating $SCRIPT_NAME in $SCRIPT_PATH using $2 as download source..."
# first test if path is good, need to make sure it's good because we're -O overwriting file
wget -q --spider $1$SCRIPT_NAME || wget_error=$?
# then do the actual download
if [[ $wget_error -eq 0 ]];then
wget -q -O $SCRIPT_PATH/$SCRIPT_NAME $1$SCRIPT_NAME || wget_error=$?
if [[ $wget_error -eq 0 ]];then
SCRIPT_VERSION_NUMBER=$( grep -im 1 'version:' $SCRIPT_PATH/$SCRIPT_NAME | gawk '{print $3}' )
print_screen_output "Successfully updated to $2 version: $SCRIPT_VERSION_NUMBER"
print_screen_output "To run the new version, just start $SCRIPT_NAME again."
exit 0
fi
fi
# now run the error handlers on any wget failure
if [[ $wget_error -gt 0 ]];then
if [[ $2 == 'svn server' ]];then
error_handler 8 "$wget_error"
elif [[ $2 == 'alt server' ]];then
error_handler 10 "$1"
else
error_handler 12 "$1"
fi
fi
eval $LOGFS
}
#### -------------------------------------------------------------------
#### print / output cleaners
#### -------------------------------------------------------------------
# inxi speaks through here. When run by Konversation script alias mode, uses DCOP
# for dcop to work, must use 'say' operator, AND colors must be evaluated by echo -e
# note: dcop does not seem able to handle \n so that's being stripped out and replaced with space.
print_screen_output()
{
eval $LOGFS
# the double quotes are needed to avoid losing whitespace in data when certain output types are used
local print_data="$( echo -e "$1" )"
# just using basic debugger stuff so you can tell which thing is printing out the data. This
# should help debug kde 4 konvi issues when that is released into sid, we'll see. Turning off
# the redundant debugger output which as far as I can tell does exactly nothing to help debugging.
if [[ $DEBUG -gt 5 ]];then
if [[ $KONVI -eq 1 ]];then
# konvi doesn't seem to like \n characters, it just prints them literally
# print_data="$( tr '\n' ' ' <<< "$print_data" )"
# dcop "$DCPORT" "$DCOPOBJ" say "$DCSERVER" "$DCTARGET" "konvi='$KONVI' saying : '$print_data'"
print_data="KP-$KONVI: $print_data"
elif [[ $KONVI -eq 2 ]];then
# echo "konvi='$KONVI' saying : '$print_data'"
print_data="KP-$KONVI: $print_data"
else
# echo "printing out: '$print_data'"
print_data="P: $print_data"
fi
fi
if [[ $KONVI -eq 1 ]]; then ## dcop Konversation (<= 1.1 (qt3))
# konvi doesn't seem to like \n characters, it just prints them literally
$print_data="$( tr '\n' ' ' <<< "$print_data" )"
dcop "$DCPORT" "$DCOPOBJ" say "$DCSERVER" "$DCTARGET" "$print_data"
elif [[ $KONVI -eq 3 ]]; then ## dbus Konversation (> 1.2 (qt4))
qdbus org.kde.konversation /irc say "$DCSERVER" "$DCTARGET" "$print_data"
# elif [[ $IRC_CLIENT == 'X-Chat' ]]; then
# qdbus org.xchat.service print "$print_data\n"
else
# the -n is needed to avoid double spacing of output in terminal
echo -ne "$print_data\n"
fi
eval $LOGFE
}
## this handles all verbose line construction with indentation/line starter
## args: $1 - null (, actually: " ") or line starter; $2 - line content
create_print_line()
{
eval $LOGFS
printf "${C1}%-${INDENT}s${C2} %s" "$1" "$2"
eval $LOGFE
}
# this removes newline and pipes.
# args: $1 - string to clean
remove_erroneous_chars()
{
eval $LOGFS
## RS is input record separator
## gsub is substitute;
gawk '
BEGIN {
RS=""
}
{
gsub(/\n$/,"") ## (newline; end of string) with (nothing)
gsub(/\n/," "); ## (newline) with (space)
gsub(/^ *| *$/, "") ## (pipe char) with (nothing)
gsub(/ +/, " ") ## ( +) with (space)
gsub(/ [ ]+/, " ") ## ([ ]+) with (space)
gsub(/^ +| +$/, "") ## (pipe char) with (nothing)
printf $0
}' "$1" ## prints (returns) cleaned input
eval $LOGFE
}
#### -------------------------------------------------------------------
#### parameter handling, print usage functions.
#### -------------------------------------------------------------------
# Get the parameters. Note: standard options should be lower case, advanced or testing, upper
# args: $1 - full script startup args: $@
get_parameters()
{
eval $LOGFS
local opt='' wget_test='' update_flags='U!:'
local use_short='true' # this is needed to trigger short output, every v/d/F/line trigger sets this false
# <comment here. what is this for?>
if [[ $B_ALLOW_UPDATE == 'false' ]];then
update_flags=''
fi
# the short form only runs if no args output args are used
# no need to run through these if there are no args
if [[ -n $1 ]];then
while getopts Ac:CdDfFGhHiIlNpPsSuv:Vx%@:${update_flags} opt
do
case $opt in
A) B_SHOW_AUDIO='true'
use_short='false'
;;
c) if [[ -n $( egrep '^[0-9][0-9]?$' <<< $OPTARG ) ]];then
COLOR_SCHEME_SET='true'
## note: not sure about this, you'd think user values should be overridden, but
## we'll leave this for now
if [[ -z $COLOR_SCHEME ]];then
set_color_scheme "$OPTARG"
fi
else
error_handler 3 "$OPTARG"
fi
;;
C) B_SHOW_CPU='true'
use_short='false'
;;
d) VERBOSITY_LEVEL=1
use_short='false'
;;
D) B_SHOW_DISK='true'
use_short='false'
;;
f) B_SHOW_CPU='true'
B_CPU_FLAGS_FULL='true'
use_short='false'
;;
F) VERBOSITY_LEVEL=$VERBOSITY_LEVELS
B_EXTRA_DATA='true'
B_SHOW_DISK='true'
B_SHOW_PARTITIONS='true'
B_SHOW_AUDIO='true'
use_short='false'
;;
G) B_SHOW_GRAPHICS='true'
use_short='false'
;;
i) B_SHOW_IP='true'
B_SHOW_NETWORK='true'
use_short='false'
;;
I) B_SHOW_INFO='true'
use_short='false'
;;
l) B_SHOW_LABELS='true'
B_SHOW_PARTITIONS='true'
use_short='false'
;;
N) B_SHOW_NETWORK='true'
use_short='false'
;;
p) B_SHOW_PARTITIONS_FULL='true'
B_SHOW_PARTITIONS='true'
use_short='false'
;;
P) B_SHOW_PARTITIONS='true'
use_short='false'
;;
s) B_SHOW_SENSORS='true'
use_short='false'
;;
S) B_SHOW_SYSTEM='true'
use_short='false'
;;
u) B_SHOW_UUIDS='true'
B_SHOW_PARTITIONS='true'
use_short='false'
;;
v) if [[ -n $( egrep "^[0-9][0-9]?$" <<< $OPTARG ) && $OPTARG -le $VERBOSITY_LEVELS ]];then
VERBOSITY_LEVEL="$OPTARG"
if [[ $OPTARG -gt 0 ]];then
use_short='false'
fi
else
error_handler 4 "$OPTARG"
fi
;;
U) script_self_updater "$SCRIPT_DOWNLOAD" 'svn server'
;;
V) print_version_info
exit 0
;;
x) B_EXTRA_DATA='true'
;;
h) show_options
exit 0
;;
H) show_options 'full'
exit 0
;;
## debuggers and testing tools
%) B_HANDLE_CORRUPT_DATA='true'
;;
@) if [[ -n $( egrep "^([1-9]|10)$" <<< $OPTARG ) ]];then
DEBUG=$OPTARG
exec 2>&1
# switch on logging only for -@ 8-10
if [[ $OPTARG -ge 8 ]];then
if [[ $OPTARG -eq 10 ]];then
B_LOG_COLORS='true'
elif [[ $OPTARG -eq 9 ]];then
B_LOG_FULL_DATA='true'
fi
B_USE_LOGGING='true'
# pack the logging data for evals function start/end
LOGFS=$LOGFS_STRING
LOGFE=$LOGFE_STRING
create_rotate_logfiles # create/rotate logfiles before we do anything else
fi
else
error_handler 9 "$OPTARG"
fi
;;
!) # test for various supported methods
case $OPTARG in
1) B_TESTING_1='true'
;;
2) B_TESTING_2='true'
;;
3) B_TESTING_1='true'
B_TESTING_2='true'
;;
10)
script_self_updater "$SCRIPT_DOWNLOAD_DEV" 'dev server'
;;
11)
script_self_updater "$SCRIPT_DOWNLOAD_BRANCH_1" 'svn: branch one server'
;;
12)
script_self_updater "$SCRIPT_DOWNLOAD_BRANCH_2" 'svn: branch two server'
;;
13)
script_self_updater "$SCRIPT_DOWNLOAD_BRANCH_3" 'svn: branch three server'
;;
14)
script_self_updater "$SCRIPT_DOWNLOAD_BRANCH_4" 'svn: branch four server'
;;
http*)
script_self_updater "$OPTARG" 'alt server'
;;
*) error_handler 11 "$OPTARG"
;;
esac
;;
*) error_handler 7 "$1"
;;
esac
done
fi
## this must occur here so you can use the debugging flag to show errors
## Reroute all error messages to the bitbucket (if not debugging)
if [[ $DEBUG -eq 0 ]];then
exec 2>/dev/null
fi
#((DEBUG)) && exec 2>&1 # This is for debugging konversation
# after all the args have been processed, if no long output args used, run short output
if [[ $use_short == 'true' ]];then
B_SHOW_SHORT_OUTPUT='true'
fi
eval $LOGFE
}
## print out help menu, not including Testing or Debugger stuff because it's not needed
show_options()
{
local color_scheme_count=${#A_COLOR_SCHEMES[@]}
print_screen_output "$SCRIPT_NAME supports the following options. You can combine them, or list them"
print_screen_output "one by one: Examples: $SCRIPT_NAME -v4 -c6 OR $SCRIPT_NAME -dDc 6"
print_screen_output ""
print_screen_output "If you start $SCRIPT_NAME with no arguments, it will show the short form."
print_screen_output "The following options if used without -d or -v will show just that complete line:"
print_screen_output "A,C,D,G,I,N,P,S - you can use these together to show just the lines you want to see."
print_screen_output "If you use them with a -v level (or -d), it will show the full output for that line "
print_screen_output "along with the output for the chosen verbosity level."
print_screen_output "- - - - - - - - - - - - - - - - - - - - - - - - - - - - -"
print_screen_output "Output Control Options:"
print_screen_output "-A Show Audio/sound card information."
print_screen_output "-c Available color schemes. Scheme number is required."
print_screen_output " Supported schemes: 0-$color_scheme_count Example: $SCRIPT_NAME -c 11"
print_screen_output "-C Show full CPU output, including per CPU clockspeed."
print_screen_output "-d Default output verbosity level, same as: $SCRIPT_NAME -v 1"
print_screen_output "-D Show full hard Disk info, not only model, ie: /dev/sda ST380817AS 80.0GB."
print_screen_output "-f Show all cpu flags used, not just the short list. Not shown with -F to avoid spamming."
print_screen_output "-F Show Full output for $SCRIPT_NAME. Does not show extra verbose options like -f -u -l or -p"
print_screen_output "-G Show Graphic card information (card, x type, resolution, glx renderer, version)."
print_screen_output "-i Show Wan IP address, and shows local interfaces (requires ifconfig network tool)."
print_screen_output " Not shown with -F for user security reasons, you shouldn't paste your local/wan IP."
print_screen_output "-I Show Information: processes, uptime, memory, irc client, inxi version."
print_screen_output "-l Show partition labels. Default: short partition -P. For full -p output, use: -pl (or -plu)."
print_screen_output "-N Show Network card information."
print_screen_output "-p Show full partition information (-P plus all other detected partitions)."
print_screen_output "-P Show Partition information (shows what -v 4 would show, but without extra data)."
print_screen_output " Shows, if detected: / /boot /home /tmp /usr /var. Use -p to see all mounted partitions."
print_screen_output "-s Show sensors output (if sensors installed/configured): mobo/cpu temp, cpu fan speed"
print_screen_output "-S Show System information: host name, kernel, distro"
print_screen_output "-u Show partition UUIDs. Default: short partition -P. For full -p output, use: -pu (or -plu)."
print_screen_output "-v Script verbosity levels. Verbosity level number is required."
print_screen_output " Supported levels: 0-${VERBOSITY_LEVELS} Example: $SCRIPT_NAME -v 4"
print_screen_output " 0 - short output, same as: $SCRIPT_NAME"
print_screen_output " 1 - basic verbose, same as: $SCRIPT_NAME -d"
print_screen_output " 2 - Also show networking card data"
print_screen_output " 3 - Also show hard disk names as detected."
print_screen_output " 4 - Also show partition size/filled data for (if present):/, /home, /var/, /boot"
print_screen_output " 5 - For multicore systems, also show per core clock speeds; shows audio card."
print_screen_output "-x Show extra data: bogomips on Cpu; driver version (if available) for Network/Audio;"
print_screen_output " direct rendering status for Graphics (in X). Only works with verbose or line output."
print_screen_output ""
print_screen_output "Additional Options:"
print_screen_output "-h - this help menu."
if [[ $B_ALLOW_UPDATE == 'true' ]];then
print_screen_output "-U Auto-update script. Note: if you installed as root, you"
print_screen_output " must be root to update, otherwise user is fine."
fi
print_screen_output "-V $SCRIPT_NAME version information. Prints information then exits."
print_screen_output "-% Overrides defective or corrupted data."
print_screen_output "-@ Triggers debugger output. Requires debugging level 1-10 (8-10 - logging)."
print_screen_output " 8 - basic logging; 9 - full file/sys info logging; 10 - color logging."
if [[ $1 == 'full' ]];then
print_screen_output ""
print_screen_output "Developer and Testing Options (Advanced):"
print_screen_output "-! 1 - Sets testing flag B_TESTING_1='true' to trigger testing condition 1."
print_screen_output "-! 2 - Sets testing flag B_TESTING_2='true' to trigger testing condition 2."
print_screen_output "-! 3 - Sets flags B_TESTING_1='true' and B_TESTING_2='true'."
print_screen_output "-! 10 - Triggers an update from the primary dev download server instead of svn."
print_screen_output "-! 11 - Triggers an update from svn branch one - if present, of course."
print_screen_output "-! 12 - Triggers an update from svn branch two - if present, of course."
print_screen_output "-! 13 - Triggers an update from svn branch three - if present, of course."
print_screen_output "-! 14 - Triggers an update from svn branch four - if present, of course."
print_screen_output "-! <http://......> - Triggers an update from whatever server you list."
print_screen_output ""
fi
print_screen_output ""
}
## print out version information for -V/--version
print_version_info()
{
local last_modified=$( grep -im 1 'date:' $SCRIPT_PATH/$SCRIPT_NAME | gawk '{print $3,$4,$5}' )
print_screen_output "$SCRIPT_NAME - the universal, portable, system info script for irc."
print_screen_output "Version: $SCRIPT_VERSION_NUMBER"
print_screen_output "Script Last Modified: $last_modified"
print_screen_output "Script Location: $SCRIPT_PATH"
print_screen_output ""
print_screen_output "Tested with Irssi, Xchat, Konversation, BitchX, KSirc, ircII,"
print_screen_output "Gaim/Pidgin, Weechat, KVIrc and Kopete."
print_screen_output ""
print_screen_output "This script is a fork of Infobash 3.02, which is:"
print_screen_output "Copyright (C) 2005-2007 Michiel de Boer a.k.a. locsmif"
print_screen_output "Subsequent changes and modifications (after Infobash 3.02) are:"
print_screen_output "Copyright (C) 2008-9 Scott Rogers, Harald Hope, aka trash80 & h2"
print_screen_output ""
print_screen_output "This program is free software; you can redistribute it and/or modify"
print_screen_output "it under the terms of the GNU General Public License as published by"
print_screen_output "the Free Software Foundation; either version 3 of the License, or"
print_screen_output "(at your option) any later version."
}
########################################################################
#### MAIN FUNCTIONS
########################################################################
#### -------------------------------------------------------------------
#### initial startup stuff
#### -------------------------------------------------------------------
# Determine where inxi was run from, set IRC_CLIENT and IRC_CLIENT_VERSION
get_start_client()
{
eval $LOGFS
local irc_client_path='' irc_client_path_lower='' non_native_konvi='' i=''
local b_non_native_app='false' pppid='' app_working_name=''
local b_qt4_konvi='false'
if tty >/dev/null;then
IRC_CLIENT='Shell'
unset IRC_CLIENT_VERSION
B_RUNNING_IN_SHELL='true'
elif [[ -n $PPID && -f /proc/$PPID/exe ]];then
irc_client_path=$( readlink /proc/$PPID/exe )
irc_client_path_lower=$( tr '[:upper:]' '[:lower:]' <<< $irc_client_path )
app_working_name=$( basename $irc_client_path_lower )
# handles the xchat/sh/bash/dash cases, and the konversation/perl cases, where clients
# report themselves as perl or unknown shell. IE: when konversation starts inxi
# from inside itself, as a script, the parent is konversation/xchat, not perl/bash etc
# note: perl can report as: perl5.10.0, so it needs wildcard handling
case $app_working_name in
bash|dash|sh|perl*) # We want to know who wrapped it into the shell or perl.
pppid="$( ps -p $PPID -o ppid --no-headers | sed 's/ //g' )"
if [[ -n $pppid && -f /proc/$pppid/exe ]];then
irc_client_path="$( readlink /proc/$pppid/exe )"
irc_client_path_lower="$( tr '[:upper:]' '[:lower:]' <<< $irc_client_path )"
app_working_name=$( basename $irc_client_path_lower )
b_non_native_app='true'
fi
;;
esac
# replacing loose detection with tight detection, bugs will be handled with app names
# as they appear.
case $app_working_name in
# check for shell first
bash|dash|sh)
unset IRC_CLIENT_VERSION
IRC_CLIENT="Shell wrapper"
;;
# now start on irc clients, alphabetically
bitchx)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk '
/Version/ {
a=tolower($2)
gsub(/[()]|bitchx-/,"",a)
print a
exit
}
$2 == "version" {
a=tolower($3)
sub(/bitchx-/,"",a)
print a
exit
}' )"
IRC_CLIENT="BitchX"
;;
finch)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $2
}' )"
IRC_CLIENT="Finch"
;;
gaim)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $2
}' )"
IRC_CLIENT="Gaim"
;;
ircii)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $3
}' )"
IRC_CLIENT="ircII"
;;
irssi-text|irssi)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $2
}' )"
IRC_CLIENT="Irssi"
;;
konversation) ## konvi < 1.2 (qt4)
# this is necessary to avoid the dcop errors from starting inxi as a /cmd started script
if [[ $b_non_native_app == 'true' ]];then ## true negative is confusing
KONVI=2
else # if native app
KONVI=1
fi
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk '
/Konversation:/ {
for ( i=2; i<=NF; i++ ) {
if (i == NF) {
print $i
}
else {
printf $i" "
}
}
exit
}' )"
T=($IRC_CLIENT_VERSION)
if [[ ${T[0]} == *+* ]];then
# < Sho_> locsmif: The version numbers of SVN versions look like this:
# "<version number of last release>+ #<build number", i.e. "1.0+ #3177" ...
# for releases we remove the + and build number, i.e. "1.0" or soon "1.0.1"
IRC_CLIENT_VERSION=" CVS $IRC_CLIENT_VERSION"
T2="${T[0]/+/}"
else
IRC_CLIENT_VERSION=" ${T[0]}"
T2="${T[0]}"
fi
# Remove any dots except the first, and make sure there are no trailing zeroes,
T2=$( echo "$T2" | gawk '{
sub(/\./, " ")
gsub(/\./, "")
sub(/ /, ".")
printf("%g\n", $0)
}' )
# Since Konversation 1.0, the DCOP interface has changed a bit: dcop "$DCPORT" Konversation ..etc
# becomes : dcop "$DCPORT" default ... or dcop "$DCPORT" irc ..etc. So we check for versions smaller
# than 1 and change the DCOP parameter/object accordingly.
if [[ ${T2} -lt 1 ]];then
DCOPOBJ="Konversation"
fi
IRC_CLIENT="Konversation"
;;
kopete)
IRC_CLIENT_VERSION=" $( kopete -v | gawk '
/Kopete:/ {
print $2
exit
}' )"
IRC_CLIENT="Kopete"
;;
kvirc)
IRC_CLIENT_VERSION=" $( $irc_client_path -v 2>&1 | gawk '{
for ( i=2; i<=NF; i++) {
if ( i == NF ) {
print $i
}
else {
printf $i" "
}
}
exit
}' )"
IRC_CLIENT="KVIrc"
;;
pidgin)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $2
}' )"
IRC_CLIENT="Pidgin"
;;
quassel*)
# sample: quassel -v
# Qt: 4.5.0
# KDE: 4.2.65 (KDE 4.2.65 (KDE 4.3 >= 20090226))
# Quassel IRC: v0.4.0 [+60] (git-22effe5)
# note: early < 0.4.1 quassels do not have -v
IRC_CLIENT_VERSION=" $( $irc_client_path -v 2>/dev/null | gawk -F ': ' '
BEGIN {
IGNORECASE=1
clientVersion=""
}
/Quassel IRC/ {
clientVersion = $2
}
END {
# this handles pre 0.4.1 cases with no -v
if ( clientVersion == "" ) {
clientVersion = "(pre v0.4.1)"
}
print clientVersion
}' )"
# now handle primary, client, and core. quasselcore doesn't actually
# handle scripts with exec, but it's here just to be complete
case $app_working_name in
quassel)
IRC_CLIENT="Quassel [M]"
;;
quasselclient)
IRC_CLIENT="Quassel"
;;
quasselcore)
IRC_CLIENT="Quassel (core)"
;;
esac
;;
weechat-curses)
IRC_CLIENT_VERSION=" $( $irc_client_path -v ) "
IRC_CLIENT="Weechat"
;;
xchat-gnome)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $2
}' )"
IRC_CLIENT="X-Chat-Gnome"
;;
xchat)
IRC_CLIENT_VERSION=" $( $irc_client_path -v | gawk 'NR == 1 {
print $2
}' )"
IRC_CLIENT="X-Chat"
;;
# then do some perl type searches, do this last since it's a wildcard search
perl*|ksirc|dsirc)
unset IRC_CLIENT_VERSION
# KSirc is one of the possibilities now. KSirc is a wrapper around dsirc, a perl client
get_cmdline $PPID
for (( i=0; i <= $CMDL_MAX; i++ ))
do
case ${A_CMDL[i]} in
*dsirc*)
IRC_CLIENT="KSirc"
# Dynamic runpath detection is too complex with KSirc, because KSirc is started from
# kdeinit. /proc/<pid of the grandparent of this process>/exe is a link to /usr/bin/kdeinit
# with one parameter which contains parameters separated by spaces(??), first param being KSirc.
# Then, KSirc runs dsirc as the perl irc script and wraps around it. When /exec is executed,
# dsirc is the program that runs inxi, therefore that is the parent process that we see.
# You can imagine how hosed I am if I try to make inxi find out dynamically with which path
# KSirc was run by browsing up the process tree in /proc. That alone is straightjacket material.
# (KSirc sucks anyway ;)
IRC_CLIENT_VERSION=" $( ksirc -v | gawk '
/KSirc:/ {
print $2
exit
}' )"
break
;;
esac
done
if [[ -z $IRC_CLIENT_VERSION ]];then
IRC_CLIENT="Unknown Perl client"
fi
;;
# then unset, set unknown data
*)
IRC_CLIENT="Unknown : ${irc_client_path##*/}"
unset IRC_CLIENT_VERSION
;;
esac
if [[ $SHOW_IRC -lt 2 ]];then
unset IRC_CLIENT_VERSION
fi
else
## lets look to see if qt4_konvi is the parent. There is no direct way to tell, so lets infer it.
## because $PPID does not work with qt4_konvi, the above case does not work
b_qt4_konvi=$( is_this_qt4_konvi )
if [[ $b_qt4_konvi == 'true' ]];then
KONVI=3
IRC_CLIENT='Konversation'
IRC_CLIENT_VERSION=" $( konversation -v | gawk '
/Konversation:/ {
for ( i=2; i<=NF; i++ ) {
if (i == NF) {
print $i
}
else {
printf $i" "
}
}
exit
}' )"
else
IRC_CLIENT="PPID=\"$PPID\" - empty?"
unset IRC_CLIENT_VERSION
fi
fi
log_function_data "IRC_CLIENT: $IRC_CLIENT :: IRC_CLIENT_VERSION: $IRC_CLIENT_VERSION :: PPID: $PPID"
eval $LOGFE
}
## try to infer the use of Konversation >= 1.2, which shows $PPID improperly
## no known method of finding Kovni >= 1.2 as parent process, so we look to see if it is running,
## and all other irc clients are not running.
is_this_qt4_konvi()
{
local konvi_qt4_client='' konvi_dbus_exist='' konvi_pid='' konvi_home_dir=''
local konvi='' konvi_qt4_ver='' b_is_qt4=''
konvi_dbus_exist=$( qdbus | grep "org.kde.konversation" )
if [[ -n $konvi_dbus_exist && -e /usr/share/kde4/apps/konversation ]]; then
konvi_pid=$( ps -A | grep -i 'konversation' )
konvi_pid=$( echo $konvi_pid | gawk '{ print $1 }' )
konvi_home_dir=$( readlink /proc/$konvi_pid/exe )
konvi=$( echo $konvi_home_dir | sed "s/\// /g" )
konvi=($konvi)
if [[ ${konvi[2]} == 'konversation' ]];then
konvi_qt4_ver=$( konversation -v | grep -i 'konversation' )
konvi_qt4_client=$( echo "$konvi_qt4_ver" | gawk '{ print $2 }' )
if [[ $konvi_qt4_client > 1.1 ]]; then
b_is_qt4='true'
fi
fi
else
konvi_qt4="qt3"
b_is_qt4='false'
fi
echo $b_is_qt4
## for testing this module
#qdbus org.kde.konversation /irc say $1 $2 "getpid_dir: $konvi_qt4 qt4_konvi: $konvi_qt4_ver verNum: $konvi_qt4_ver_num pid: $konvi_pid ppid: $PPID konvi_home_dir: ${konvi[2]}"
}
# This needs some cleanup and comments, not quite understanding what is happening, although generally output is known
# Parse the null separated commandline under /proc/<pid passed in $1>/cmdline
# args: $1 - $PPID
get_cmdline()
{
eval $LOGFS
local i=0 ppid=$1
if [[ ! -e /proc/$ppid/cmdline ]];then
echo 0
return
fi
##print_screen_output "Marker"
##print_screen_output "\$ppid='$ppid' -=- $(< /proc/$ppid/cmdline)"
unset A_CMDL
## note: need to figure this one out, and ideally clean it up and make it readable
while read -d $'\0' L && [[ $i -lt 32 ]]
do
A_CMDL[i++]="$L" ## note: make sure this is valid - What does L mean? ##
done < /proc/$ppid/cmdline
##print_screen_output "\$i='$i'"
if [[ $i -eq 0 ]];then
A_CMDL[0]=$(< /proc/$ppid/cmdline)
if [[ -n ${A_CMDL[0]} ]];then
i=1
fi
fi
CMDL_MAX=$i
log_function_data "CMDL_MAX: $CMDL_MAX"
eval $LOGFE
}
#### -------------------------------------------------------------------
#### get data types
#### -------------------------------------------------------------------
## create array of sound cards installed on system, and if found, use asound data as well
get_audio_data()
{
eval $LOGFS
local i='' alsa_data='' alsa_driver='' device_count=''
local usb_proc_file='' array_count='' usb_id='' usb_data=''
IFS=$'\n'
# this first step handles the drivers for cases where the second step fails to find one
device_count=$( echo "$Lspci_Data" | egrep -ic '(multimedia audio controller|audio device)' )
if [[ $device_count -eq 1 ]] && [[ $B_ASOUND_CARDS == 'true' ]];then
alsa_driver=$( gawk -F ']: ' '
BEGIN {
IGNORECASE=1
}
# filtering out modems and usb devices like webcams, this might get a
# usb audio card as well, this will take some trial and error
$0 !~ /modem/ || $0 !~ /usb/ {
driver=gensub( /^(.+)( - )(.+)$/, "\\1", 1, $2 )
gsub(/^ +| +$/,"",driver)
if ( driver != "" ){
print driver
}
}' $DIR_ASOUND_DEVICE )
log_function_data 'cat' "$DIR_ASOUND_DEVICE"
fi
# this is to safeguard against line breaks from results > 1, which if inserted into following
# array will create a false array entry. This is a hack, not a permanent solution.
alsa_driver=$( echo $alsa_driver )
# now we'll build the main audio data, card name, driver, and port. If no driver is found,
# and if the first method above is not null, and one card is found, it will use that instead.
A_AUDIO_DATA=( $( echo "$Lspci_Data" | gawk -F ': ' -v alsaDriver="$alsa_driver" '
BEGIN {
IGNORECASE=1
}
/multimedia audio controller|audio device/ {
audioCard=gensub(/^[0-9a-f:.]+ [^:]+: (.+)$/,"\\1","g",$0)
# The doublequotes are necessary because of the pipes in the variable.
gsub(/'"$BAN_LIST_NORMAL"'/, "", audioCard)
gsub(/,/, " ", audioCard)
gsub(/^ +| +$/, "", audioCard)
gsub(/ [ \t]+/, " ", audioCard)
cards[audioCard]++
# loop until you get to the end of the data block
while (getline && !/^$/) {
if (/driver in use/) {
drivers[audioCard] = drivers[audioCard] gensub(/(.*): (.*)/,"\\2","g",$0) ""
}
else if (/kernel modules:/) {
modules[audioCard] = modules[audioCard] gensub(/(.*): (.*)/,"\\2","g",$0) ""
}
else if (/I\/O/) {
portsTemp = gensub(/\t*I\/O ports at (.*) \[.*\]/,"\\1","g",$0)
ports[audioCard] = ports[audioCard] portsTemp " "
}
}
}
END {
j=0
for (i in cards) {
useDrivers=""
useModules=""
usePorts=""
if (cards[i]>1) {
a[j]=cards[i]"x "i
if (drivers[i] != "") {
useDrivers=drivers[i]
}
if (ports[i] != "") {
usePorts = ports[i]
}
if (modules[i] != "" ) {
useModules = modules[i]
}
}
else {
a[j]=i
# little trick here to try to catch the driver if there is
# only one card and it was null, from the first test of asound/cards
if (drivers[i] != "") {
useDrivers=drivers[i]
}
else if ( alsaDriver != "" ) {
useDrivers=alsaDriver
}
if (ports[i] != "") {
usePorts=ports[i]
}
if (modules[i] != "" ) {
useModules = modules[i]
}
}
# create array primary item for master array
print a[j] "," useDrivers "," usePorts "," useModules
j++
}
}') )
# in case of failure of first check do this instead
if [[ ${#A_AUDIO_DATA[@]} -eq 0 ]] && [[ $B_ASOUND_CARDS == 'true' ]];then
A_AUDIO_DATA=( $( gawk -F ']: ' '
BEGIN {
IGNORECASE=1
}
$1 !~ /modem/ && $2 !~ /modem/ {
card=gensub( /^(.+)( - )(.+)$/, "\\3", 1, $2 )
driver=gensub( /^(.+)( - )(.+)$/, "\\1", 1, $2 )
if ( card != "" ){
print card","driver
}
}' $DIR_ASOUND_DEVICE ) )
fi
# alsa usb detection by damentz
# for every sound card symlink in /proc/asound - display information about it
for usb_proc_file in /proc/asound/*
do
# if lsusb exists, the file is a symlink, and contains an important usb exclusive file: continue
if [[ -n $( which lsusb ) && -L $usb_proc_file && -e $usb_proc_file/usbid ]]; then
# send error messages of lsusb to /dev/null as it will display a bunch if not a super user
# also, find the contents of usbid in lsusb and print everything after the 7th word on the
# corresponding line. Finally, strip out commas as they will change the driver :)
usb_id=$( cat $usb_proc_file/usbid )
usb_data=$( lsusb -v 2>/dev/null | grep "$usb_id" )
log_function_data 'raw' "usb_data:\n$usb_data"
usb_data=$( gawk '{
gsub( /,/, " ", $0 )
for( i=7; i <= NF; i++ ) {
printf( $i " " )
}
}' <<< "$usb_data" )
# this method is interesting, it shouldn't work but it does
#A_AUDIO_DATA=( "${A_AUDIO_DATA[@]}" "$usb_data,snd-usb-audio,," )
# but until we learn why the above worked, I'm using this one, which is safer
if [[ -n $usb_data ]];then
array_count=${#A_AUDIO_DATA[@]}
A_AUDIO_DATA[$array_count]="$usb_data,snd-usb-audio,,"
fi
fi
done
IFS="$ORIGINAL_IFS"
# handle cases where card detection fails, like in PS3, where lspci gives no output, or headless boxes..
if [[ ${#A_AUDIO_DATA[@]} -eq 0 ]];then
A_AUDIO_DATA[0]='Failed to Detect Sound Card!'
fi
log_function_data "A_AUDIO_DATA: ${A_AUDIO_DATA[@]}"
eval $LOGFE
}
get_audio_alsa_data()
{
eval $LOGFS
local alsa_data=''
# now we'll get the alsa data if the file exists
if [[ $B_ASOUND_VERSION == 'true' ]];then
alsa_data=$( gawk '
BEGIN {
IGNORECASE=1
}
# some alsa strings have the build date in (...)
# remove trailing . and remove possible second line if compiled by user
$0 !~ /compile/ {
gsub( "Driver | [(].*[)]|\.$","",$0 )
gsub(/,/, " ", $0)
gsub(/^ +| +$/, "", $0)
gsub(/ [ \t]+/, " ", $0)
if ( $0 != "" ){
print $0
}
}' $DIR_ASOUND_VERSION )
log_function_data 'cat' "$DIR_ASOUND_VERSION"
fi
echo "$alsa_data"
log_function_data "alsa_data: $alsa_data"
eval $LOGFE
}
## create A_CPU_CORE_DATA, currently with two values: integer core count; core string text
## return value cpu core count string, this helps resolve the multi redundant lines of old style output
get_cpu_core_count()
{
eval $LOGFS
if [[ $B_CPUINFO == 'true' ]]; then
# load the A_CPU_TYPE_PCNT_CCNT core data array
get_cpu_ht_multicore_smp_data
## Because of the upcoming release of cpus with core counts over 6, a count of cores is given after Deca (10)
# count the number of processors given
local cpu_physical_count=${A_CPU_TYPE_PCNT_CCNT[1]}
local cpu_core_count=${A_CPU_TYPE_PCNT_CCNT[2]}
local cpu_type=${A_CPU_TYPE_PCNT_CCNT[0]}
# match the numberic value to an alpha value
case $cpu_core_count in
1) cpu_alpha_count='Single';;
2) cpu_alpha_count='Dual';;
3) cpu_alpha_count='Triple';;
4) cpu_alpha_count='Quad';;
5) cpu_alpha_count='Penta';;
6) cpu_alpha_count='Hexa';;
7) cpu_alpha_count='Hepta';;
8) cpu_alpha_count='Octa';;
9) cpu_alpha_count='Ennea';;
10) cpu_alpha_count='Deca';;
*) cpu_alpha_count='Multi';;
esac
# create array, core count integer; core count string
# A_CPU_CORE_DATA=( "$cpu_core_count" "$cpu_alpha_count Core$cpu_type" )
A_CPU_CORE_DATA=( "$cpu_physical_count" "$cpu_alpha_count" "$cpu_type" "$cpu_core_count" )
fi
log_function_data "A_CPU_CORE_DATA: ${A_CPU_CORE_DATA[@]}"
eval $LOGFE
}
## main cpu data collector
get_cpu_data()
{
eval $LOGFS
local i='' j='' cpu_array_nu='' a_cpu_working='' multi_cpu='' bits=''
if [[ $B_CPUINFO == 'true' ]];then
IFS=$'\n'
A_CPU_DATA=( $( gawk -F': ' '
BEGIN {
IGNORECASE=1
}
# TAKE STRONGER NOTE: \t+ does NOT always work, MUST be [ \t]+
# TAKE NOTE: \t+ will work for $DIR_CPUINFO, but SOME ARBITRARY FILE used for TESTING might contain SPACES!
# Therefore PATCH to use [ \t]+ when TESTING!
/^processor[ \t]+:/ {
nr = $NF
}
/^model name|^cpu\t+:/ {
gsub(/'"$BAN_LIST_NORMAL"'/, "", $NF )
gsub(/'"$BAN_LIST_CPU"'/, "", $NF )
gsub(/,/, " ", $NF)
gsub(/^ +| +$/, "", $NF)
gsub(/ [ \t]+/, " ", $NF)
cpu[nr, "model"] = $NF
}
/^cpu MHz|^clock\t+:/ {
if (!min) {
min = $NF
}
else {
if ($NF < min) {
min = $NF
}
}
if ($NF > max) {
max = $NF
}
gsub(/MHZ/,"",$NF) ## clears out for cell cpu
gsub(/.00[0]+$/,".00",$NF) ## clears out excessive zeros
cpu[nr, "speed"] = $NF
}
/^cache size/ {
cpu[nr, "cache"] = $NF
}
/^flags/ {
cpu[nr, "flags"] = $NF
}
/^bogomips/ {
cpu[nr, "bogomips"] = $NF
}
/vendor_id/ {
gsub(/genuine|authentic/,"",$NF)
cpu[nr, "vendor"] = tolower( $NF )
}
END {
#if (!nr) { print ",,,"; exit } # <- should this be necessary or should bash handle that
for ( i = 0; i <= nr; i++ ) {
print cpu[i, "model"] "," cpu[i, "speed"] "," cpu[i, "cache"] "," cpu[i, "flags"] "," cpu[i, "bogomips"] "," cpu[nr, "vendor"]
}
if (!min) {
print "not found"
exit
}
if (min != max) {
printf("Min:%s%s Max:%s%s\n", min, "Mhz", max, "Mhz")
}
else {
printf("%s %s\n", max, "Mhz")
}
}' $DIR_CPUINFO ) )
log_function_data 'cat' "$DIR_CPUINFO"
fi
IFS="$ORIGINAL_IFS"
log_function_data "A_CPU_DATA: ${A_CPU_DATA[@]}"
eval $LOGFE
# echo getMainCpu: ${[@]}
}
## this is for counting processors and finding HT types
get_cpu_ht_multicore_smp_data()
{
eval $LOGFS
# in /proc/cpuinfo
# algorithm
# if > 1 processor && processor id (physical id) == core id then Hyperthreaded (HT)
# if > 1 processor && different processor ids then Multiple Processors (SMP)
# if > 1 processor && processor id != core id then Multi-Core Processors (MCP)
# if = 1 processor then single core/processor Uni-Processor (UP)
if [[ $B_CPUINFO == 'true' ]]; then
A_CPU_TYPE_PCNT_CCNT=( $(
gawk '
BEGIN {
FS=": "
IGNORECASE = 1
core_count = 0
i = 0
index_temp = ""
num_of_cores = 0
physical_cpu_count = 0
processor_logical_count = 0
processors = 1
type = "UP"
}
# counts logical processors, both HT and physical
/^processor/ {
processor_logical_count = $NF + 1
}
# counts physical cores (not used currently)
/^cpu cores/ {
num_of_cores = $NF
}
# array of physical cpus ids
/^physical/ {
a_physical_id[i] = $NF
}
# array of core ids
/^core id/ {
a_core_id[i] = $NF
i++
}
END {
# look for the largest id number, and assign it
for ( j = 0; j < processor_logical_count; j++ ) {
if ( a_core_id[j] > core_count ) {
core_count = a_core_id[j]
}
}
core_count = core_count + 1
# trick, set the index equal to value, if the same, it will overwrite
# this lets us create the actual array of true cpu physical ids
for ( j in a_physical_id ) {
index_temp = a_physical_id[j]
a_cpu_physical_working[index_temp] = a_physical_id[j]
}
# note that length() is a gawk >= 3.1.5 only method, better to do it manually
for ( j in a_cpu_physical_working ) {
++physical_cpu_count
}
# looking at logical processor counts over 1, which means either HT, SMP or MCP
# http://en.wikipedia.org/wiki/Symmetric_multiprocessing
if ( processor_logical_count > 1 ) {
if ( processor_logical_count > core_count && physical_cpu_count > 1 ) {
type = "SMP-HT" # could be Xeon/P4 HT dual cpu
}
else if ( processor_logical_count > core_count ) {
type = "HT" # this is more than likely a P4 w/HT or an Atom 270
}
else {
type = "SMP"
}
}
# make sure to handle up cpus too
else {
core_count = 1
physical_cpu_count = 1
}
print type " " physical_cpu_count " " core_count
}
' $DIR_CPUINFO ) )
fi
log_function_data "A_CPU_TYPE_PCNT_CCNT: ${A_CPU_TYPE_PCNT_CCNT[@]}"
eval $LOGFE
}
# for more on distro id, please reference this python thread: http://bugs.python.org/issue1322
## return distro name/id if found
get_distro_data()
{
eval $LOGFS
local i='' j='' distro='' distro_file='' a_distro_glob=''
# get the wild carded array of release/version /etc files if present
shopt -s nullglob
cd /etc
a_distro_glob=(*[-_]{release,version})
cd "$OLDPWD"
shopt -u nullglob
if [[ ${#a_distro_glob[@]} -eq 1 ]];then
distro_file="${a_distro_glob}"
# use the file if it's in the known good lists
elif [[ ${#a_distro_glob[@]} -gt 1 ]];then
for i in $DISTROS_DERIVED $DISTROS_PRIMARY
do
# Only echo works with ${var[@]}, not print_screen_output() or script_debugger()
# This is a known bug, search for the word "strange" inside comments
# echo "i='$i' a_distro_glob[@]='${a_distro_glob[@]}'"
if [[ " ${a_distro_glob[@]} " == *" $i "* ]];then
# Now lets see if the distro file is in the known-good working-lsb-list
# if so, use lsb-release, if not, then just use the found file
# this is for only those distro's with self named release/version files
# because Mint does not use such, it must be done as below
## this if statement requires the spaces and * as it is, else it won't work
##
if [[ " $DISTROS_LSB_GOOD " == *" ${i} "* ]] && [[ $B_LSB_DIR == 'true' ]];then
distro_file='lsb-release'
else
distro_file="${i}"
fi
break
fi
done
fi
log_function_data "distro_file: $distro_file"
# first test for the legacy antiX distro id file
if [[ -e /etc/antiX ]];then
distro="$( egrep -oi 'antix.*\.iso' <<< $( remove_erroneous_chars '/etc/antiX' ) | sed 's/\.iso//' )"
# this handles case where only one release/version file was found, and it's lsb-release. This would
# never apply for ubuntu or debian, which will filter down to the following conditions. In general
# if there's a specific distro release file available, that's to be preferred, but this is a good backup.
elif [[ -n $distro_file && -f $DIR_LSB_RELEASE && " $DISTROS_LSB_GOOD" == *" $distro_file "* ]];then
distro=$( get_distro_lsb_data )
elif [[ $distro_file == 'lsb-release' ]];then
distro=$( get_distro_lsb_data )
# then if the distro id file was found and it's not in the exluded primary distro file list, read it
elif [[ -n $distro_file && -s /etc/$distro_file && " $DISTROS_EXCLUDE_LIST " != *" $distro_file "* ]];then
distro=$( remove_erroneous_chars "/etc/$distro_file" )
# otherwise try the default debian/ubuntu /etc/issue file
elif [[ -f /etc/issue ]];then
# lsb gives more manageable and accurate output than issue, but mint should use issue for now
# some bashism, boolean must be in parenthesis to work correctly, ie [[ $(boolean) ]] not [[ $boolean ]]
if [[ $B_LSB_DIR == 'true' ]] && [[ -z $( grep -i 'mint' /etc/issue ) ]];then
distro=$( get_distro_lsb_data )
else
distro=$( gawk '
BEGIN {
RS=""
}
{
gsub(/\\[a-z]/, "")
gsub(/,/, " ")
gsub(/^ +| +$/, "")
gsub(/ [ \t]+/, " ")
print
}' /etc/issue )
fi
fi
if [[ ${#distro} -gt 80 ]] && [[ $B_HANDLE_CORRUPT_DATA != 'true' ]];then
distro="${RED}/etc/${distro_file} corrupted, use -% to override${NORMAL}"
fi
## note: would like to actually understand the method even if it's not used
# : ${distro:=Unknown distro o_O}
## test for /etc/lsb-release as a backup in case of failure, in cases where > one version/release file
## were found but the above resulted in null distro value
if [[ -z $distro ]] && [[ $B_LSB_DIR == 'true' ]];then
distro=$( get_distro_lsb_data )
fi
## finally, if all else has failed, give up
if [[ -z $distro ]];then
distro='Unknown distro o_O'
fi
# this handles an arch bug where /etc/arch-release is empty and /etc/issue is corrupted
if [[ -n $( grep -i 'arch linux' <<< $distro ) ]];then
distro='Arch Linux'
fi
echo "$distro"
log_function_data "distro: $distro"
eval $LOGFE
}
# args: $1 - optional, app, uses the app test, not being used now
get_distro_lsb_data()
{
eval $LOGFS
local distro=''
if [[ $B_LSB_DIR == 'true' ]] && [[ $1 != 'app' ]];then
distro=$( gawk -F '=' '
BEGIN {
IGNORECASE=1
}
# note: adding the spacing directly to variable to make sure distro output is null if not found
/^DISTRIB_ID/ {
gsub(/^ +| +$/, "", $NF)
# this is needed because grep for "arch" is too loose to be safe
if ( $NF == "arch" ) {
distroId = "Arch Linux"
}
else if ( $NF != "n/a" ) {
distroId = $NF " "
}
}
/^DISTRIB_RELEASE/ {
gsub(/^ +| +$/, "", $NF)
if ( $NF != "n/a" ) {
distroRelease = $NF " "
}
}
/^DISTRIB_CODENAME/ {
gsub(/^ +| +$/, "", $NF)
if ( $NF != "n/a" ) {
distroCodename = $NF " "
}
}
END {
print distroId distroRelease distroCodename
}' $DIR_LSB_RELEASE )
log_function_data 'cat' "$DIR_LSB_RELEASE"
fi
# this is HORRIBLY slow, but I don't know why, it runs fast in shell
# if [[ -n $( which lsb_release ) && $1 == 'app' ]];then
# distro=$( echo "$( lsb_release -irc )" | gawk '
# { IGNORECASE=1 }
# /^Distributor ID/ {
# gsub(/^ +| +$/, "", $NF)
# distroId = $NF
# }
# /^Release/ {
# gsub(/^ +| +$/, "", $NF)
# distroRelease = $NF
# }
# /^Codename/ {
# gsub(/^ +| +$/, "", $NF)
# distroCodename = $NF
# }
# END {
# print distroId " " distroRelease " (" distroCodename ")"
# }' )
# fi
echo $distro
log_function_data "distro: $distro"
eval $LOGFE
}
## create array of gfx cards installed on system
get_graphics_card_data()
{
eval $LOGFS
local i=''
IFS=$'\n'
A_GFX_CARD_DATA=( $( echo "$Lspci_Data" | gawk -F': ' '
BEGIN {
IGNORECASE=1
}
/vga compatible controller/ {
gsub(/'"$BAN_LIST_NORMAL"'/, "", $NF)
gsub(/,/, " ", $NF)
gsub(/^ +| +$/, "", $NF)
gsub(/ [ \t]+/, " ", $NF)
print $NF
}' ) )
IFS="$ORIGINAL_IFS"
# for (( i=0; i < ${#A_GFX_CARD_DATA[@]}; i++ ))
# do
# A_GFX_CARD_DATA[i]=$( sanitize_characters BAN_LIST_NORMAL "${A_GFX_CARD_DATA[i]}" )
# done
# handle cases where card detection fails, like in PS3, where lspci gives no output, or headless boxes..
if [[ ${#A_GFX_CARD_DATA[@]} -eq 0 ]];then
A_GFX_CARD_DATA[0]='Failed to Detect Video Card!'
fi
# GFXMEM is UNUSED at the moment, because it shows AGP aperture size, which is not necessarily equal to GFX memory..
# GFXMEM="size=[$(echo "$Lspci_Data" | gawk '/VGA/{while (!/^$/) {getline;if (/size=[0-9][0-9]*M/) {size2=gensub(/.*\[size=([0-9]+)M\].*/,"\\1","g",$0);if (size<size2){size=size2}}}}END{print size2}')M]"
log_function_data "A_GFX_CARD_DATA: ${A_GFX_CARD_DATA[@]}"
eval $LOGFE
}
## create array of glx data
get_graphics_glx_data()
{
eval $LOGFS
if [[ $B_X_RUNNING == 'true' && $B_ROOT != 'true' ]];then
IFS=$'\n'
A_GLX_DATA=( $( glxinfo | gawk -F ': ' '
# note: function declarations go before BEGIN? It appears so, confirm.
# the real question here though is why this function is even here, seems
# just to be a complicated way to pack/print a variable, but maybe the
# original idea was to handle > 1 cases of detections I guess
function join( arr, sep ) {
s=""
i=flag=0
for ( i in arr ) {
if ( flag++ ) {
s = s sep
}
s = s i
}
return s
}
BEGIN {
IGNORECASE=1
}
/opengl renderer/ {
if ( $2 ~ /mesa/ ) {
# Allow all mesas
# if ( $2 ~ / r[3-9][0-9][0-9] / ) {
gsub(/'"$BAN_LIST_NORMAL"'/, "", $2)
a[$2]
# this counter failed in one case, a bug, and is not needed now
# f++
# }
next
}
$2 && a[$2]
}
# dropping all conditions from this test to just show full mesa information
# there is a user case where not f and mesa apply, atom mobo
# /opengl version/ && ( f || $2 !~ /mesa/ ) {
/opengl version/ {
$2 && b[$2]
}
/direct rendering/ {
$2 && c[$2]
}
END {
printf( "%s\n%s\n%s\n", join( a, ", " ), join( b, ", " ), join( c, ", " ) )
}' ) )
IFS="$ORIGINAL_IFS"
# GLXR=$(glxinfo | gawk -F ': ' 'BEGIN {IGNORECASE=1} /opengl renderer/ && $2 !~ /mesa/ {seen[$2]++} END {for (i in seen) {printf("%s ",i)}}')
# GLXV=$(glxinfo | gawk -F ': ' 'BEGIN {IGNORECASE=1} /opengl version/ && $2 !~ /mesa/ {seen[$2]++} END {for (i in seen) {printf("%s ",i)}}')
fi
log_function_data "A_GLX_DATA: ${A_GLX_DATA[@]}"
eval $LOGFE
}
## return screen resolution / tty resolution
get_graphics_res_data()
{
eval $LOGFS
local screen_resolution=''
if [[ $B_X_RUNNING == 'true' && $B_ROOT != 'true' ]];then
# Added the two ?'s , because the resolution is now reported without spaces around the 'x', as in
# 1400x1050 instead of 1400 x 1050. Change as of X.org version 1.3.0
screen_resolution=$( xrandr | gawk '
/\*/ {
res[++m] = gensub(/^.* ([0-9]+) ?x ?([0-9]+)[_ ].* ([0-9\.]+)\*.*$/,"\\1x\\2@\\3hz","g",$0)
}
END {
for (n in res) {
if (res[n] ~ /^[[:digit:]]+x[[:digit:]]+/) {
line = line ? line ", " res[n] : res[n]
}
}
if (line) {
print(line)
}
}' )
if [[ -z $screen_resolution ]];then
screen_resolution=$( xdpyinfo | gawk '
/dimensions/ {
print $2
}' )
fi
else
screen_resolution=$( stty -F $( readlink /proc/$PPID/fd/0 ) size | gawk '{
print $2"x"$1
}' )
fi
echo "$screen_resolution"
log_function_data "screen_resolution: $screen_resolution"
eval $LOGFE
}
## for possible future data, not currently used
get_graphics_agp_data()
{
eval $LOGFS
local agp_module=''
if [[ $B_MODULES_DIR == 'true' ]];then
## not used currently
agp_module=$( gawk '
/agp/ && !/agpgart/ && $3 > 0 {
print(gensub(/(.*)_agp.*/,"\\1","g",$1))
}' $DIR_MODULES )
log_function_data 'cat' "$DIR_MODULES"
fi
log_function_data "agp_module: $agp_module"
eval $LOGFE
}
## create array of x vendor/version data
get_graphics_x_data()
{
eval $LOGFS
local x_vendor='' x_version=''
if [[ $B_X_RUNNING == 'true' && $B_ROOT != 'true' ]];then
# X vendor and version detection.
x_vendor=$( xdpyinfo | gawk -F': +' '
BEGIN {
IGNORECASE=1
}
/vendor string/ {
gsub(/the|inc|foundation|project|corporation/, "", $2)
gsub(/,/, " ", $2)
gsub(/^ +| +$/, "", $2)
gsub(/ [ \t]+/, " ", $2)
print $2
}' )
# new method added since radeon and X.org and the disappearance of <X server name> version : ...etc
# Later on, the normal textual version string returned, e.g. like: X.Org version: 6.8.2
# A failover mechanism is in place. (if $x_version is empty, the release number is parsed instead)
x_version=$( xdpyinfo | gawk '/version:/ {
print $NF
}' )
if [[ -z $x_version ]];then
x_version=$(xdpyinfo | gawk -F': +' '
BEGIN {
IGNORECASE=1
}
/vendor release number/ {
gsub(/0+$/, "", $2)
gsub(/0+/, ".", $2)
print $2
}' )
fi
A_X_DATA[0]="$x_vendor"
A_X_DATA[1]="$x_version"
#X -version 2>&1 | gawk '/^X Window System Version/ { print $5 }'
#This method could be used in the future to detect X when X is not running,
#however currently inxi ignores X checks when X is not found.
fi
log_function_data "A_X_DATA: ${A_X_DATA[@]}"
eval $LOGFE
}
# this gets just the raw data, total space/percent used and disk/name/per disk capacity
get_hdd_data_basic()
{
eval $LOGFS
local hdd_used=''
local hdd_data="$( df --exclude-type=aufs --exclude-type=tmpfs --exclude-type=iso9660 )"
log_function_data 'raw' "hdd_data:\n$hdd_data"
hdd_used=$( echo "$hdd_data" | gawk '
# also handles odd dm-1 type, from lvm
/^\/dev\/(mapper\/|[hs]d[a-z][0-9]+|dm[-]?[0-9]+)/ {
# this handles the case where the first item is too long
# and makes df wrap output to next line, so here we advance
# it to the next line for that single case
if ( NF < 5 && $0 !~ /.*\%/ ) {
getline
}
# if the first item caused a wrap, use one less than standard
# testing for the field with % in it, ie: 34%, then go down from there
# this also protects against cases where the mount point has a space in the
# file name, thus breaking going down from $NF directly.
if ( $4 ~ /.*\%/ ) {
used += $2
}
# otherwise use standard
else if ( $5 ~ /.*\%/ ) {
used += $3
}
# and if this is not detected, give up, we need user data to debug
else {
next
}
}
END {
print used
}' )
if [[ -z $hdd_used ]];then
hdd_used='na'
fi
log_function_data "hdd_used: $hdd_used"
# create the initial array strings:
# disk-dev, capacity, name, usb or not
# final item is the total of the disk
IFS=$'\n'
if [[ $B_PARTITIONS_DIR == 'true' ]];then
A_HDD_DATA=( $(
gawk -v hddused="$hdd_used" '
/[hs]d[a-z]$/ {
driveSize = $(NF - 1)*1024/1000**3
gsub(/,/, " ", driveSize)
gsub(/^ +| +$/, "", driveSize)
printf( $NF",%.1fGB,,\n", driveSize )
}
# See http://lanana.org/docs/device-list/devices-2.6+.txt for major numbers used below
# $1 ~ /^(3|22|33|8)$/ && $2 % 16 == 0 {
# size += $3
# }
# special case from this data: 8 0 156290904 sda
$1 ~ /^(3|22|33|8)$/ && $NF ~ /[hs]d[a-z]$/ && ( $2 % 16 == 0 || $2 % 16 == 8 ) {
size += $3
}
END {
size = size*1024/1000**3 # calculate size in GB size
workingUsed = hddused*1024/1000**3 # calculate workingUsed in GB used
# this handles a special case with livecds where no hdd_used is detected
if ( size > 0 && hddused == "na" ) {
size = sprintf( "%.1f", size )
print size "GB,-"
}
else if ( size > 0 && workingUsed > 0 ) {
diskUsed = workingUsed*100/size # calculate used percentage
diskUsed = sprintf( "%.1f", diskUsed )
size = sprintf( "%.1f", size )
print size "GB," diskUsed "% used"
}
else {
print "NA,-" # print an empty array, this will be further handled in the print out function
}
}' $DIR_PARTITIONS ) )
log_function_data 'cat' "$DIR_PARTITIONS"
fi
IFS="$ORIGINAL_IFS"
log_function_data "A_HDD_DATA: ${A_HDD_DATA[@]}"
eval $LOGFE
}
## fills out the A_HDD_DATA array with disk names
get_hard_drive_data_advanced()
{
eval $LOGFS
local a_temp_working='' a_temp_scsi='' temp_holder='' temp_name='' i='' j=''
local sd_ls_by_id='' ls_disk_by_id=''
## check for all ide type drives, non libata, only do it if hdx is in array
if [[ -n $( egrep 'hd[a-z]' <<< ${A_HDD_DATA[@]} ) ]];then
# remember, we're using the last array item to store the total size of disks
for (( i=0; i < ${#A_HDD_DATA[@]} - 1; i++ ))
do
IFS=","
a_temp_working=( ${A_HDD_DATA[i]} )
IFS="$ORIGINAL_IFS"
if [[ -n $( egrep '^hd[a-z]' <<< ${a_temp_working[0]} ) ]];then
if [[ -e /proc/ide/${a_temp_working[0]}/model ]];then
a_temp_working[2]="$( remove_erroneous_chars /proc/ide/${a_temp_working[0]}/model )"
else
a_temp_working[2]="Name n/a"
fi
# these loops are to easily extend the cpu array created in the gawk script above with more fields per cpu.
for (( j=0; j < ${#a_temp_working[@]}; j++ ))
do
if [[ $j -gt 0 ]];then
A_HDD_DATA[i]="${A_HDD_DATA[i]},${a_temp_working[$j]}"
else
A_HDD_DATA[i]="${a_temp_working[$j]}"
fi
done
fi
done
fi
## then handle libata names
# first get the ata device names, put them into an array
IFS=$'\n'
if [[ $B_SCSI_DIR == 'true' ]]; then
a_temp_scsi=( $( gawk '
BEGIN {
IGNORECASE=1
}
/host/ {
getline a[$0]
getline b[$0]
}
END {
for (i in a) {
if (b[i] ~ / *type: *direct-access.*/) {
#c=gensub(/^ *vendor: (.+) +model: (.+) +rev: (.+)$/,"\\1 \\2 \\3","g",a[i])
#c=gensub( /^ *vendor: (.+) +model: (.+) +rev:.*$/,"\\1 \\2","g",a[i] )
# the vendor: string is useless, and is a bug, ATA is not a vendor for example
c=gensub( /^ *vendor: (.+) +model: (.+) +rev:.*$/, "\\2", "g", a[i] )
gsub(/,/, " ", c)
gsub(/^ +| +$/, "", c)
gsub(/ [ \t]+/, " ", c)
#print a[i]
# we actually want this data, so leaving this off for now
# if (c ~ /\<flash\>|\<pendrive\>|memory stick|memory card/) {
# continue
# }
print c
}
}
}' $DIR_SCSI ) )
log_function_data 'cat' "$DIR_SCSI"
fi
IFS="$ORIGINAL_IFS"
## then we'll loop through that array looking for matches.
if [[ -n $( egrep 'sd[a-z]' <<< ${A_HDD_DATA[@]} ) ]];then
# first pack the main ls variable so we don't have to keep using ls /dev...
ls_disk_by_id="$( ls -l /dev/disk/by-id )"
for (( i=0; i < ${#A_HDD_DATA[@]} - 1; i++ ))
do
if [[ -n $( egrep '^sd[a-z]' <<< ${A_HDD_DATA[$i]} ) ]];then
IFS=","
a_temp_working=( ${A_HDD_DATA[$i]} )
IFS="$ORIGINAL_IFS"
if [[ ${#a_temp_scsi[@]} -gt 0 ]];then
for (( j=0; j < ${#a_temp_scsi[@]}; j++ ))
do
## ok, ok, it's incomprehensible, search /dev/disk/by-id for a line that contains the
# discovered disk name AND ends with the correct identifier, sdx
# get rid of whitespace for some drive names and ids, and extra data after - in name
temp_name=$( tr ' ' '_' <<< ${a_temp_scsi[$j]} | cut -d '-' -f 1 )
sd_ls_by_id=$( egrep -m1 ".*$temp_name.*${a_temp_working[0]}$" <<< "$ls_disk_by_id" )
if [[ -n $sd_ls_by_id ]];then
a_temp_working[2]=${a_temp_scsi[$j]}
if [[ -n $( grep 'usb-' <<< $sd_ls_by_id ) ]];then
a_temp_working[3]='USB'
fi
break
else
a_temp_working[2]="Name n/a"
fi
done
else
a_temp_working[2]="Name n/a"
fi
# these loops are to easily extend the cpu array created in the gawk script above with more fields per cpu.
for (( j=0; j < ${#a_temp_working[@]}; j++ ))
do
if [[ $j -gt 0 ]];then
A_HDD_DATA[i]="${A_HDD_DATA[i]},${a_temp_working[$j]}"
else
A_HDD_DATA[i]="${a_temp_working[$j]}"
fi
done
fi
done
unset ls_disk_by_id # and then let's dump the data we don't need
fi
log_function_data "A_HDD_DATA: ${A_HDD_DATA[@]}"
eval $LOGFE
}
get_lspci_data()
{
eval $LOGFS
local lspci_data="$( lspci -v | gawk '{
gsub(/\(prog-if[^)]*\)/,"")
print
}' )"
echo "$lspci_data"
log_function_data 'raw' "lspci_data:\n$lspci_data"
eval $LOGFE
}
## return memory used/installed
get_memory_data()
{
eval $LOGFS
local memory=''
if [[ $B_MEMINFO == 'true' ]];then
memory=$( gawk '
/^MemTotal:/ {
tot = $2
}
/^(MemFree|Buffers|Cached):/ {
notused+=$2
}
END {
used = tot-notused
printf("%.1f/%.1fMB\n", used/1024, tot/1024)
}' $DIR_MEMINFO )
log_function_data 'cat' "$DIR_MEMINFO"
fi
echo "$memory"
log_function_data "memory: $memory"
eval $LOGFE
}
# process and return module version data
get_module_version_number()
{
eval $LOGFS
local module_version=''
if [[ -n $( which modinfo ) ]];then
module_version=$( modinfo $1 | gawk '
BEGIN {
IGNORECASE=1
}
/^version/ {
gsub(/,/, " ", $2)
gsub(/^ +| +$/, "", $2)
gsub(/ [ \t]+/, " ", $2)
print $2
}
' )
fi
echo "$module_version"
log_function_data "module_version: $module_version"
eval $LOGFE
}
## create array of network cards
get_networking_data()
{
eval $LOGFS
IFS=$'\n'
A_NETWORK_DATA=( $( echo "$Lspci_Data" | gawk '
BEGIN {
IGNORECASE=1
}
/^[0-9a-f:.]+ (ethernet|network) (controller|bridge)/ || /^[0-9a-f:.]+ [^:]+: .*(ethernet|network).*$/ {
nic=gensub(/^[0-9a-f:.]+ [^:]+: (.+)$/,"\\1","g",$0)
gsub(/realtek semiconductor/, "Realtek", nic)
gsub(/davicom semiconductor/, "Davicom", nic)
# The doublequotes are necessary because of the pipes in the variable.
gsub(/'"$BAN_LIST_NORMAL"'/, "", nic)
gsub(/,/, " ", nic)
gsub(/^ +| +$/, "", nic)
gsub(/ [ \t]+/, " ", nic)
eth[nic]++
while (getline && !/^$/) {
if (/I\/O/) {
ports[nic] = ports[nic] $4 " "
}
if (/driver in use/) {
drivers[nic] = drivers[nic] gensub(/(.*): (.*)/,"\\2","g",$0) ""
}
else if (/kernel modules/) {
modules[nic] = modules[nic] gensub(/(.*): (.*)/,"\\2","g",$0) ""
}
}
}
END {
j=0
for (i in eth) {
useDrivers=""
usePorts=""
useModules=""
if (eth[i]>1) {
a[j]=eth[i]"x "i
## note: this loses the plural ports case, is it needed anyway?
if (ports[i] != "") {
usePorts=ports[i]
}
if (drivers[i] != "") {
useDrivers=drivers[i]
}
if (modules[i] != "" ) {
useModules = modules[i]
}
}
else {
a[j]=i
if (ports[i] != "") {
usePorts=ports[i]
}
if (drivers[i] != "") {
useDrivers=drivers[i]
}
if (modules[i] != "" ) {
useModules = modules[i]
}
}
# create array primary item for master array
print a[j] "," useDrivers "," usePorts "," useModules
j++
}
}') )
IFS="$ORIGINAL_IFS"
log_function_data "A_NETWORK_DATA: ${A_NETWORK_DATA[@]}"
eval $LOGFE
}
get_networking_wan_ip_data()
{
eval $LOGFS
local ip=''
# get ip using wget redirect to stdout. This is a clean, text only IP output url.
ip=$( wget -q -O - http://smxi.org/opt/ip.php | gawk -F 'is: ' '{
#gsub("\n","",$2")
print $2
}' )
if [[ -z $ip ]];then
ip='None Detected!'
fi
echo "$ip"
log_function_data "ip: $ip"
eval $LOGFE
}
get_networking_local_ip_data()
{
eval $LOGFS
if [[ $B_IFCONFIG == 'true' ]];then
IFS=$'\n'
A_INTERFACES_DATA=( $( $DIR_IFCONFIG | gawk '
BEGIN {
IGNORECASE=1
}
$0 !~ /^lo/ {
# not clear on why inet is coming through, but this gets rid of it
# as first line item.
interface = $1
gsub(/,/, " ", interface)
gsub(/^ +| +$/, "", interface)
gsub(/ [ \t]+/, " ", interface)
aInterfaces[interface]++
while (getline && !/^$/) {
if (/inet addr:/) {
ipAddresses[interface] = gensub( /addr:([0-9\.]+)/, "\\1", "g", $2 )
}
}
}
END {
j=0
for (i in aInterfaces) {
useInterfaceIp = ""
a[j] = i
if (ipAddresses[i] != "") {
useInterfaceIp = ipAddresses[i]
}
# create array primary item for master array
# tested needed to avoid bad data from above, if null it is garbage
# this is the easiest way to handle junk I found, improve if you want
if ( useInterfaceIp != "" ) {
print a[j] "," useInterfaceIp
}
j++
}
}') )
IFS="$ORIGINAL_IFS"
fi
log_function_data "A_INTERFACES_DATA: ${A_INTERFACES_DATA[@]}"
eval $LOGFE
}
get_partition_data()
{
eval $LOGFS
#local excluded_file_types='--exclude-type=aufs --exclude-type=tmpfs --exclude-type=iso9660'
# df doesn't seem to work in script with variables like at the command line
local main_partition_data="$( df -h -T --exclude-type=aufs --exclude-type=tmpfs --exclude-type=iso9660 )"
local swap_data="$( swapon -s )"
log_function_data 'raw' "main_partition_data:\n$main_partition_data\n\nswap_data:\n$swap_data"
IFS=$'\n'
# sample line: /dev/sda2 ext3 15G 8.9G 4.9G 65% /home
# $NF = partition name; $(NF - 4) = partition size; $(NF - 3) = used, in gB; $(NF - 1) = percent used
## note: by subtracting from the last field number NF, we avoid a subtle issue with LVM df output, where if
## the first field is too long, it will occupy its own line, this way we are getting only the needed data
A_PARTITION_DATA=( $( echo "$main_partition_data" | gawk '
BEGIN {
IGNORECASE=1
}
# this has to be nulled for every iteration so it does not retain value from last iteration
devBase=""
# this is required because below we are subtracting from NF, so it has to be > 4
# the real issue is long file system names that force the wrap of df output: //fileserver/main
# but we still need to handle more dynamically long space containing file names, but later.
( NF < 5 ) && ( $0 !~ /[0-9]+\%/ ) {
# set the dev location here for cases of wrapped output
if ( NF == 1 ){
devBase=gensub( /^(\/dev\/)(.+)$/, "\\2", 1, $1 )
}
getline
}
# this handles yet another fredforfaen special case where a mounted drive
# has the search string in its name
$NF ~ /^\/$|^\/boot$|^\/var$|^\/home$|^\/tmp$|^\/usr$/ {
print $NF "," $(NF - 4) "," $(NF - 3) "," $(NF - 1) ",main," devBase
}
# skip all these, including the first, header line. Use the --exclude-type
# to handle new filesystems types we do not want listed here
$NF !~ /^\/$|^\/boot$|^\/var$|^\/home$|^\/tmp$|^\/usr$|^filesystem/ {
# this is to avoid file systems with spaces in their names, that will make
# the test show the wrong data in each of the fields, if no x%, then do not use
# using 3 cases, first default, standard, 2nd, 3rd, handles one and two spaces in name
if ( $(NF - 1) ~ /[0-9]+\%/ ) {
print $NF "," $(NF - 4) "," $(NF - 3) "," $(NF - 1) ",secondary," devBase
}
# these two cases construct the space containing name
else if ( $(NF - 2) ~ /[0-9]+\%/ ) {
print $(NF - 1) " " $NF "," $(NF - 5) "," $(NF - 4) "," $(NF - 2) ",secondary," devBase
}
else if ( $(NF - 3) ~ /[0-9]+\%/ ) {
print $(NF - 2) " " $(NF - 1) " " $NF "," $(NF - 6) "," $(NF - 5) "," $(NF - 3) ",secondary," devBase
}
}
' )
# now add the swap partition data, don't want to show swap files, just partitions,
# though this can include /dev/ramzswap0. Note: you can also use /proc/swaps for this
# data, it's the same exact output as swapon -s
$( echo "$swap_data" | gawk '
BEGIN {
swapCounter = 1
}
/^\/dev/ {
size = sprintf( "%.2f", $3*1024/1000**3 )
devBase = gensub( /^(\/dev\/)(.+)$/, "\\2", 1, $1 )
used = sprintf( "%.2f", $4*1024/1000**3 )
percentUsed = sprintf( "%.0f", ( $4/$3 )*100 )
print "swap-" swapCounter "," size "GB," used "GB," percentUsed "\%,main," devBase
swapCounter = ++swapCounter
}' ) )
IFS="$ORIGINAL_IFS"
if [[ $B_SHOW_LABELS == 'true' || $B_SHOW_UUIDS == 'true' ]];then
get_partition_data_advanced
fi
log_function_data "A_PARTITION_DATA: ${A_PARTITION_DATA[@]}"
eval $LOGFE
}
# first get the locations of the mount points for label/uuid detection
get_partition_data_advanced()
{
eval $LOGFS
local a_partition_working='' dev_partition_data=''
local dev_disk_label='' dev_disk_uuid='' dev_item='' dev_label='' dev_uuid=''
local mount_point=''
if [[ -d /dev/disk/by-label ]];then
dev_disk_label="$( ls -l /dev/disk/by-label )"
fi
if [[ -d /dev/disk/by-uuid ]];then
dev_disk_uuid="$( ls -l /dev/disk/by-uuid )"
fi
log_function_data 'raw' "dev_disk_label:\n$dev_disk_label\n\ndev_disk_uuid:\n$dev_disk_uuid"
if [[ $B_MOUNTS_DIR == 'true' ]];then
for (( i=0; i < ${#A_PARTITION_DATA[@]}; i++ ))
do
IFS=","
a_partition_working=( ${A_PARTITION_DATA[i]} )
IFS="$ORIGINAL_IFS"
# note: for swap this will already be set
if [[ -z ${a_partition_working[5]} ]];then
mount_point=$( sed 's|/|\\/|g' <<< ${a_partition_working[0]} )
#echo mount_point $mount_point
dev_partition_data=$( gawk '
BEGIN {
IGNORECASE = 1
partition = ""
partTemp = ""
}
# trying to handle space in name
# gsub( /\\040/, " ", $0 )
/[ \t]'$mount_point'[ \t]/ && $1 != "rootfs" {
# initialize the variables
label = ""
uuid = ""
# slice out the /dev
partition=gensub( /^(\/dev\/)(.+)$/, "\\2", 1, $1 )
# label and uuid can occur for root, set partition to null now
if ( partition ~ /by-label/ ) {
label=gensub( /^(\/dev\/disk\/by-label\/)(.+)$/, "\\2", 1, $1 )
partition = ""
}
if ( partition ~ /by-uuid/ ) {
uuid=gensub( /^(\/dev\/disk\/by-uuid\/)(.+)$/, "\\2", 1, $1 )
partition = ""
}
# handle /dev/root for / id
if ( partition == "root" ) {
# if this works, great, otherwise, just set this to null values
partTemp="'$( readlink /dev/root 2>/dev/null )'"
if ( partTemp != "" ) {
if ( partTemp ~ /[hs]d[a-z][0-9]/ ) {
partition=gensub( /^(\/dev\/)(.+)$/, "\\2", 1, partTemp )
}
else if ( partTemp ~ /by-uuid/ ) {
uuid=gensub( /^(\/dev\/disk\/by-uuid\/)(.+)$/, "\\2", 1, partTemp )
partition="" # set null to let real location get discovered
}
else if ( partTemp ~ /by-label/ ) {
label=gensub( /^(\/dev\/disk\/by-label\/)(.+)$/, "\\2", 1, partTemp )
partition="" # set null to let real location get discovered
}
}
else {
partition = ""
label = ""
uuid = ""
}
}
print partition "," label "," uuid
}' $DIR_MOUNTS )
# echo dev_partition_data: $dev_partition_data
# assemble everything we could get for dev/h/dx, label, and uuid
IFS=","
A_PARTITION_DATA[i]=${a_partition_working[0]}","${a_partition_working[1]}","${a_partition_working[2]}","${a_partition_working[3]}","${a_partition_working[4]}","$dev_partition_data
IFS="$ORIGINAL_IFS"
fi
## now we're ready to proceed filling in the data
IFS=","
a_partition_working=( ${A_PARTITION_DATA[i]} )
IFS="$ORIGINAL_IFS"
dev_item=${a_partition_working[5]}
dev_label=${a_partition_working[6]}
dev_uuid=${a_partition_working[7]}
# then if dev data/uuid is incomplete, try to get missing piece
# it's more likely we'll get a uuid than a label. But this should get the
# dev item set no matter what, so then we can get the rest of any missing data
# first we'll get the dev_item if it's missing
if [[ -n $dev_disk_uuid ]] && [[ -z $dev_item && -n $dev_uuid ]];then
dev_item=$( echo "$dev_disk_uuid" | gawk '
/'$dev_uuid'/ {
item=gensub( /..\/..\/(.+)/, "\\1", 1, $NF )
print item
}' )
elif [[ -n $dev_disk_label ]] && [[ -z $dev_item && -n $dev_label ]];then
dev_item=$( echo "$dev_disk_label" | gawk '
# first we need to change space x20 in by-label back to a real space
#gsub( /x20/, " ", $0 )
# then we can see if the string is there
/'$dev_label'/ {
item=gensub( /..\/..\/(.+)/, "\\1", 1, $NF )
print item
}' )
fi
if [[ -n $dev_disk_uuid ]] && [[ -n $dev_item && -z $dev_uuid ]];then
dev_uuid=$( echo "$dev_disk_uuid" | gawk '
/'$dev_item'$/ {
print $(NF - 2)
}' )
fi
if [[ -n $dev_disk_label ]] && [[ -n $dev_item && -z $dev_label ]];then
dev_label=$( echo "$dev_disk_label" | gawk '
/'$dev_item'/ {
print $(NF - 2)
}' )
fi
# assemble everything we could get for dev/h/dx, label, and uuid
IFS=","
A_PARTITION_DATA[i]=${a_partition_working[0]}","${a_partition_working[1]}","${a_partition_working[2]}","${a_partition_working[3]}","${a_partition_working[4]}","$dev_item","$dev_label","$dev_uuid
IFS="$ORIGINAL_IFS"
done
log_function_data 'cat' "$DIR_MOUNTS"
fi
log_function_data "A_PARTITION_DATA: ${A_PARTITION_DATA[@]}"
eval $LOGFE
}
get_sensors_data()
{
eval $LOGFS
IFS=","
if [[ $B_SENSORS == 'true' ]];then
# note: non-configured sensors gives error message, which we need to redirect to stdout
A_SENSORS_DATA=( $( sensors | gawk '
BEGIN {
IGNORECASE=1
moboTemp=""
cpuTemp=""
moboTempReal=""
cpuTempReal=""
tempUnit=""
temp1=""
temp2=""
cpuFan=""
psFan=""
sysFan1=""
sysFan2=""
sysFan3=""
cpuFanReal=""
tempFanType="" # set to 1 or 2
}
# dumping the extra + signs, nobody has negative temps
# also, note gawk treats ° as a space, so we have to get the C/F data
# there are some guesses here, and we will need a lot more data of
# different systems before this can be trusted much. Note that there
# is a hack here to handle cases where search term has 1 or 2 words with space
/^(M\/B|MB|SYS) Temp/ {
moboTemp=gensub( /\+(.+)/, "\\1", 1, $3 )
if ( $4 ~ /C|F/ && tempUnit == "" ){
tempUnit="°" $4
}
}
/^CPU Temp/ {
cpuTemp=gensub( /\+(.+)/, "\\1", 1, $3 )
if ( $4 ~ /C|F/ && tempUnit == "" ){
tempUnit="°" $4
}
}
/^temp1:/ {
temp1=gensub( /\+(.+)/, "\\1", 1, $2 )
if ( $3 ~ /C|F/ && tempUnit == "" ){
tempUnit="°" $3
}
}
/^temp2:/ {
temp2=gensub( /\+(.+)/, "\\1", 1, $2 )
if ( $3 ~ /C|F/ && tempUnit == "" ){
tempUnit="°" $3
}
}
# note: can be cpu fan:, cpu fan speed:, etc
/^CPU Fan(.*):/ {
if ( $3 ~ /(.+):/ ){
cpuFan=$4
}
else {
cpuFan=$3
}
}
/^fan1:|FAN1 Speed:|CHASSIS(1)? FAN Speed:/ {
if ( $1 == "fan1:" ){
sysFan1=$2
}
else if ( $2 == "Speed:" ) {
sysFan1=$3
}
else if ( $3 == "Speed:" ) {
sysFan1=$4
}
}
/^fan2:|FAN2 Speed:|CHASSIS2 FAN Speed:/ {
if ( $1 == "fan2:" ){
sysFan2=$2
}
else if ( $2 == "Speed:" ) {
sysFan2=$3
}
else if ( $3 == "Speed:" ) {
sysFan2=$4
}
}
/^fan3:|FAN3 Speed:|CHASSIS3 FAN Speed:/ {
if ( $1 == "fan3:" ){
sysFan3=$2
}
else if ( $2 == "Speed:" ) {
sysFan3=$3
}
else if ( $3 == "Speed:" ) {
sysFan3=$4
}
}
/Power_FAN Speed:|P\/S Fan:/ {
psFan=$3
}
/POWER FAN Speed:/ {
psFan=$4
}
END {
# first we need to handle the case where we have to determine which temp/fan to use for cpu and mobo:
if ( temp1 != "" && temp2 != "" ){
if ( temp1 >= temp2 ){
tempFanType=1
}
else {
tempFanType=2
}
}
# then get the real cpu temp
if ( cpuTemp != "" ){
cpuTempReal=cpuTemp
}
else if ( tempFanType != "" ){
if ( tempFanType == 1 ){
cpuTempReal=temp1
}
else {
cpuTempReal=temp2
}
}
else if ( temp1 != "" ){
cpuTempReal=temp1
}
# then the real mobo temp
if ( moboTemp != "" ){
moboTempReal=moboTemp
}
else if ( tempFanType != "" ){
if ( tempFanType == 1 ) {
moboTempReal=temp2
}
else {
moboTempReal=temp1
}
}
else {
moboTempReal=temp2
}
# then the cpu fan speed
if ( cpuFan != "" ) {
cpuFanReal=cpuFan
}
else if ( tempFanType == 1 && sysFan1 != "" ) {
cpuFanReal=sysFan1
}
else if ( tempFanType == 2 && sysFan2 != "" ) {
cpuFanReal=sysFan2
}
# then double check the sys fans for duplication
if ( cpuFanReal == sysFan1 && cpuFanReal != 0 ) {
sysFan1 = ""
}
if ( cpuFanReal == sysFan2 && cpuFanReal != 0 ) {
sysFan2 = ""
}
if ( cpuFanReal == sysFan3 && cpuFanReal != 0 ) {
sysFan3 = ""
}
# and then build the temps:
if ( moboTempReal != "" ) {
moboTempReal = moboTempReal tempUnit
}
if ( cpuTempReal != "" ) {
cpuTempReal = cpuTempReal tempUnit
}
# if they are ALL null, print error message. psFan is not used in output currently
if ( cpuTempReal == "" && moboTempReal == "" && cpuFanReal == "" && sysFan1Real == "" && sysFan2Real == "" && sysFan3Real == "" ) {
print "No active sensors found. Have you configured your sensors yet?"
}
else {
print cpuTempReal "," moboTempReal "," cpuFanReal "," sysFan1 "," sysFan2 "," sysFan3 "," psFan
}
}
'
) )
# the error case needs to go here because we are setting special array delimiter ','
else
A_SENSORS_DATA=( "You do not have the sensors app installed." )
fi
IFS="$ORIGINAL_IFS"
log_function_data "A_SENSORS_DATA: ${A_SENSORS_DATA[@]}"
# echo "A_SENSORS_DATA: ${A_SENSORS_DATA[@]}"
eval $LOGFE
}
## return uptime string
get_uptime()
{
eval $LOGFS
## note: removing gsub(/ /,"",a); to get get space back in there, goes right before print a
local uptime_value="$( uptime | gawk '{
a = gensub(/^.*up *([^,]*).*$/,"\\1","g",$0)
print a
}' )"
echo "$uptime_value"
log_function_data "uptime_value: $uptime_value"
eval $LOGFE
}
#### -------------------------------------------------------------------
#### special data handling for specific options and conditions
#### -------------------------------------------------------------------
## multiply the core count by the data to be calculated, bmips, cache
# args: $1 - string to handle; $2 - cpu count
calculate_multicore_data()
{
eval $LOGFS
local string_number=$1 string_data=''
if [[ -n $( egrep -i '( mb| kb)' <<< $1 ) ]];then
string_data=" $( gawk '{print $2}' <<< $1 )" # add a space for output
string_number=$( gawk '{print $1}' <<< $1 )
fi
# handle weird error cases where it's not a number
if [[ -n $( egrep '^[0-9\.,]+$' <<< $string_number ) ]];then
string_number=$( echo $string_number $2 | gawk '{
total = $1*$2
print total
}' )
elif [[ $string_number == '' ]];then
string_number='Not Available'
else
# I believe that the above returns 'unknown' by default so no need for extra text
string_number="$string_number "
fi
echo "$string_number$string_data"
log_function_data "string_numberstring_data: $string_number$string_data"
eval $LOGFE
}
# prints out shortened list of flags, the main ones of interest
# args: $1 - string of cpu flags to process
process_cpu_flags()
{
eval $LOGFS
local cpu_flags="$1"
# nx = AMD stack protection extensions
# lm = Intel 64bit extensions
# sse, sse2, pni = sse1,2,3 gfx extensions
# svm = AMD pacifica virtualization extensions
# vmx = Intel IVT (vanderpool) virtualization extensions
cpu_flags=$( echo "$cpu_flags" | gawk '
BEGIN {
RS=" "
ssel["sse"] = 1
ssel["sse2"] = 2
ssel["pni"] = 3
ssel["sse4"] = 4
sses[1] = "sse"
sses[2] = "sse2"
sses[3] = "sse3"
sses[4] = "sse4"
}
/^(nx|lm|svm|vmx)$/ {
if (s) {
s = s " " $0
}
else {
s = $0
}
}
/^(sse|sse2|sse4|pni)$/ {
if (ssel[$0] > sse) {
sse = ssel[$0]
}
}
END {
if (sse) {
if (s) {
s = sses[sse] " " s
}
else {
s = sses[sse]
}
}
print s
}' )
#grep -oE '\<(nx|lm|sse[0-9]?|pni|svm|vmx)\>' | tr '\n' ' '))
if [[ -z $cpu_flags ]];then
cpu_flags="-"
fi
echo "$cpu_flags"
log_function_data "cpu_flags: $cpu_flags"
eval $LOGFE
}
#### -------------------------------------------------------------------
#### print and processing of output data
#### -------------------------------------------------------------------
#### MASTER PRINT FUNCTION - triggers all line item print functions
## main function to print out, master for all sub print functions.
print_it_out()
{
eval $LOGFS
# note that print_it_out passes local variable values on to its children,
# and in some cases, their children, with Lspci_Data
local Lspci_Data='' # only for verbose
if [[ $B_SHOW_SHORT_OUTPUT == 'true' ]];then
print_short_data
else
Lspci_Data="$( get_lspci_data )"
if [[ $VERBOSITY_LEVEL -ge 1 || $B_SHOW_SYSTEM == 'true' ]];then
print_system_data
fi
if [[ $VERBOSITY_LEVEL -ge 1 || $B_SHOW_CPU == 'true' ]];then
print_cpu_data
fi
if [[ $VERBOSITY_LEVEL -ge 1 || $B_SHOW_GRAPHICS == 'true' ]];then
print_gfx_data
fi
if [[ $VERBOSITY_LEVEL -ge 5 || $B_SHOW_AUDIO == 'true' ]];then
print_audio_data
fi
if [[ $VERBOSITY_LEVEL -ge 2 || $B_SHOW_NETWORK == 'true' ]];then
print_networking_data
fi
if [[ $VERBOSITY_LEVEL -ge 1 || $B_SHOW_DISK == 'true' ]];then
print_hard_disk_data
fi
if [[ $VERBOSITY_LEVEL -ge 4 || $B_SHOW_PARTITIONS == 'true' ]];then
print_partition_data
fi
if [[ $VERBOSITY_LEVEL -ge 5 || $B_SHOW_SENSORS == 'true' ]];then
print_sensors_data
fi
if [[ $VERBOSITY_LEVEL -ge 1 || $B_SHOW_INFO == 'true' ]];then
print_info_data
fi
fi
eval $LOGFE
}
#### SHORT OUTPUT PRINT FUNCTION, ie, verbosity 0
# all the get data stuff is loaded here to keep execution time down for single line print commands
# these will also be loaded in each relevant print function for long output
print_short_data()
{
eval $LOGFS
local current_kernel=$( uname -rm ) # | gawk '{print $1,$3,$(NF-1)}' )
local processes="$(( $( ps aux | wc -l ) - 1 ))"
local short_data='' i='' b_background_black='false'
local memory=$( get_memory_data )
local up_time="$( get_uptime )"
# set A_CPU_CORE_DATA
get_cpu_core_count
local cpc_plural='' cpu_count_print='' model_plural=''
local cpu_physical_count=${A_CPU_CORE_DATA[0]}
local cpu_core_count=${A_CPU_CORE_DATA[3]}
local cpu_core_alpha=${A_CPU_CORE_DATA[1]}
local cpu_type=${A_CPU_CORE_DATA[2]}
if [[ $cpu_physical_count -gt 1 ]];then
cpc_plural='(s)'
model_plural='s'
cpu_count_print="$cpu_physical_count "
fi
local cpu_data_string="${cpu_count_print}${cpu_core_alpha} core"
# local cpu_core_count=${A_CPU_CORE_DATA[0]}
# load A_HDD_DATA
get_hdd_data_basic
## note: if hdd_model is declared prior to use, whatever string you want inserted will
## be inserted first. In this case, it's desirable to print out (x) before each disk found.
local a_hdd_data_count=$(( ${#A_HDD_DATA[@]} - 1 ))
IFS=","
local a_hdd_basic_working=( ${A_HDD_DATA[$a_hdd_data_count]} )
IFS="$ORIGINAL_IFS"
local hdd_capacity=${a_hdd_basic_working[0]}
local hdd_used=${a_hdd_basic_working[1]}
# load A_CPU_DATA
get_cpu_data
IFS=","
local a_cpu_working=(${A_CPU_DATA[0]})
IFS="$ORIGINAL_IFS"
local cpu_model="${a_cpu_working[0]}"
## assemble data for output
local cpu_clock="${a_cpu_working[1]}" # old CPU3
# this gets that weird min/max final array item
local min_max_clock_nu=$(( ${#A_CPU_DATA[@]} - 1 ))
local min_max_clock=${A_CPU_DATA[$min_max_clock_nu]}
#set_color_scheme 12
if [[ $B_RUNNING_IN_SHELL == 'false' ]];then
for i in $C1 $C2 $CN
do
case "$i" in
"$GREEN"|"$WHITE"|"$YELLOW"|"$CYAN")
b_background_black='true'
;;
esac
done
if [[ $b_background_black == 'true' ]];then
for i in C1 C2 CN
do
## these need to be in quotes, don't know why
if [[ ${!i} == $NORMAL ]];then
declare $i="${!i}15,1"
else
declare $i="${!i},1"
fi
done
#C1="${C1},1"; C2="${C2},1"; CN="${CN},1"
fi
fi
short_data="${C1}CPU$cpc_plural${CN}[${C2}${SEP1}${cpu_data_string} ${cpu_model}$model_plural (${cpu_type}) clocked at ${min_max_clock}${SEP1}${CN}] ${C1}Kernel${CN}[${C2}${SEP1}${current_kernel}${SEP1}${CN}] ${C1}Up${CN}[${C2}${SEP1}${up_time}${SEP1}${CN}] ${C1}Mem${CN}[${C2}${SEP1}${memory}${SEP1}${CN}] ${C1}HDD${CN}[${C2}${SEP1}${hdd_capacity}($hdd_used)${SEP1}${CN}] ${C1}Procs${CN}[${C2}${SEP1}${processes}${SEP1}${CN}]"
if [[ $SHOW_IRC -gt 0 ]];then
short_data="${short_data} ${C1}Client${CN}[${C2}${SEP1}${IRC_CLIENT}${IRC_CLIENT_VERSION}${SEP1}${CN}]"
fi
short_data="${short_data} ${C1}$SCRIPT_NAME${C2}${CN}[${C2}${SEP1}$SCRIPT_VERSION_NUMBER${SEP1}${CN}]"
if [[ $SCHEME -gt 0 ]];then
short_data="${short_data} $NORMAL"
fi
print_screen_output "$short_data"
eval $LOGFE
}
#### LINE ITEM PRINT FUNCTIONS
# print sound card data
print_audio_data()
{
eval $LOGFS
local i='' card_one='Card-1' audio_data='' a_audio_data='' port_data=''
local a_audio_working='' alsa_driver='' alsa_data='' port_plural='' module_version=''
# set A_AUDIO_DATA and get alsa data
get_audio_data
alsa_data=$( get_audio_alsa_data )
IFS=","
a_audio_working=(${A_AUDIO_DATA[0]})
IFS="$ORIGINAL_IFS"
if [[ -n ${A_AUDIO_DATA[@]} ]];then
# slightly complicated because 2nd array item could be the alsa data
if [[ ${#A_AUDIO_DATA[@]} -le 1 ]];then
card_one='Card'
fi
# if [[ -n ${a_audio_working[2]} ]];then
# port_data=" ${C1}at port${C2} ${a_audio_working[2]}"
# fi
# this should only trigger if the $DIR_ASOUND_DEVICE data is used, not lspci -nn
if [[ -n ${a_audio_working[3]} && $B_EXTRA_DATA == 'true' ]];then
module_version=$( print_module_version "${a_audio_working[3]}" )
fi
if [[ -n ${a_audio_working[1]} ]];then
alsa_driver=" ${C1}driver${C2} ${a_audio_working[1]}$module_version"
fi
if [[ -n ${a_audio_working[2]} && $B_EXTRA_DATA == 'true' ]];then
if [[ $( wc -w <<< ${a_audio_working[2]} ) -gt 1 ]];then
port_plural='s'
fi
port_data=" ${C1}at port$port_plural${C2} ${a_audio_working[2]}"
fi
audio_data="${C1}$card_one${C2} ${a_audio_working[0]}$alsa_driver$port_data"
audio_data=$( create_print_line "Audio:" "$audio_data" )
print_screen_output "$audio_data"
i=0 ## loop starts with 1 by auto-increment so it only shows cards > 1
while [[ -n ${A_AUDIO_DATA[++i]} ]]
do
IFS=","
a_audio_working=( ${A_AUDIO_DATA[i]} )
IFS="$ORIGINAL_IFS"
port_data=''
alsa_driver=''
port_plural=''
module_version=''
if [[ -n ${a_audio_working[3]} && $B_EXTRA_DATA == 'true' ]];then
module_version=$( print_module_version "${a_audio_working[3]}" )
fi
# we're testing for the presence of the 2nd array item here, which is the driver name
if [[ -n ${a_audio_working[1]} ]];then
alsa_driver="${C1}driver${C2} ${a_audio_working[1]}"
fi
if [[ -n ${a_audio_working[2]} && $B_EXTRA_DATA == 'true' ]];then
if [[ $( wc -w <<< ${a_audio_working[2]} ) -gt 1 ]];then
port_plural='s'
fi
port_data=" ${C1}at port$port_plural${C2} ${a_audio_working[2]}"
fi
if [[ -n ${a_audio_working[0]} ]];then
audio_data="${C1}Card-$(( $i + 1 ))${C2} ${a_audio_working[0]}$alsa_driver$port_data"
fi
if [[ -n $audio_data ]];then
audio_data=$( create_print_line " " "$audio_data" )
print_screen_output "$audio_data"
fi
done
# alsa driver data only prints out if sound card data is found
if [[ -n $alsa_data ]];then
audio_data="${C1}Sound:${C2} $alsa_data"
audio_data=$( create_print_line " " "$audio_data" )
print_screen_output "$audio_data"
fi
fi
eval $LOGFE
}
print_cpu_data()
{
eval $LOGFS
local cpu_data='' i='' cpu_clock_speed='' cpu_multi_clock_data=''
local bmip_data='' cpu_cache='' cpu_vendor='' cpu_flags=''
##print_screen_output "A_CPU_DATA[0]=\"${A_CPU_DATA[0]}\""
# Array A_CPU_DATA always has one extra element: max clockfreq found.
# that's why its count is one more than you'd think from cores/cpus alone
# load A_CPU_DATA
get_cpu_data
IFS=","
local a_cpu_working=(${A_CPU_DATA[0]})
IFS="$ORIGINAL_IFS"
local cpu_model="${a_cpu_working[0]}"
## assemble data for output
local cpu_clock="${a_cpu_working[1]}"
cpu_vendor=${a_cpu_working[5]}
# set A_CPU_CORE_DATA
get_cpu_core_count
local cpc_plural='' cpu_count_print='' model_plural=''
local cpu_physical_count=${A_CPU_CORE_DATA[0]}
local cpu_core_count=${A_CPU_CORE_DATA[3]}
local cpu_core_alpha=${A_CPU_CORE_DATA[1]}
local cpu_type=${A_CPU_CORE_DATA[2]}
if [[ $cpu_physical_count -gt 1 ]];then
cpc_plural='(s)'
cpu_count_print="$cpu_physical_count "
model_plural='s'
fi
local cpu_data_string="${cpu_count_print}${cpu_core_alpha} core"
# Strange (and also some expected) behavior encountered. If print_screen_output() uses $1
# as the parameter to output to the screen, then passing "<text1> ${ARR[@]} <text2>"
# will output only <text1> and first element of ARR. That "@" splits in elements and "*" _doesn't_,
# is to be expected. However, that text2 is consecutively truncated is somewhat strange, so take note.
# This has been confirmed by #bash on freenode.
# The above mentioned only emerges when using the debugging markers below
## print_screen_output "a_cpu_working=\"***${a_cpu_working[@]} $hostName+++++++\"----------"
if [[ -z ${a_cpu_working[2]} ]];then
a_cpu_working[2]="unknown"
fi
cpu_data=$( create_print_line "CPU$cpc_plural:" "${C1}${cpu_data_string}${C2} ${a_cpu_working[0]}$model_plural (${cpu_type})" )
if [[ $VERBOSITY_LEVEL -ge 3 || $B_SHOW_CPU == 'true' ]];then
# update for multicore, bogomips x core count.
if [[ $B_EXTRA_DATA == 'true' ]];then
# if [[ $cpu_vendor != 'intel' ]];then
bmip_data=$( calculate_multicore_data "${a_cpu_working[4]}" "$(( $cpu_core_count * $cpu_physical_count ))" )
# else
# bmip_data="${a_cpu_working[4]}"
# fi
bmip_data=" ${C1}bmips${C2} $bmip_data"
fi
## note: this handles how intel reports L2, total instead of per core like AMD does
# note that we need to multiply by number of actual cpus here to get true cache size
if [[ $cpu_vendor != 'intel' ]];then
cpu_cache=$( calculate_multicore_data "${a_cpu_working[2]}" "$(( $cpu_core_count * $cpu_physical_count ))" )
else
cpu_cache=$( calculate_multicore_data "${a_cpu_working[2]}" "$cpu_physical_count" )
fi
# only print shortened list
if [[ $B_CPU_FLAGS_FULL != 'true' ]];then
cpu_flags=$( process_cpu_flags "${a_cpu_working[3]}" )
cpu_flags=" ${C1}flags${C2} ($cpu_flags)"
fi
cpu_data="$cpu_data${C2} ${C1}cache${C2} $cpu_cache$cpu_flags$bmip_data${CN}"
fi
# we don't this printing out extra line unless > 1 cpu core
if [[ ${#A_CPU_DATA[@]} -gt 2 ]] && [[ $B_SHOW_CPU == 'true' || $VERBOSITY_LEVEL -ge 5 ]];then
cpu_clock_speed='' # null < verbosity level 5
else
cpu_data="$cpu_data ${C1}clocked at${C2} ${a_cpu_working[1]} MHz${CN}"
fi
cpu_data="$cpu_data $cpu_clock_speed"
print_screen_output "$cpu_data"
# we don't this printing out extra line unless > 1 cpu core
if [[ ${#A_CPU_DATA[@]} -gt 2 ]] && [[ $B_SHOW_CPU == 'true' || $VERBOSITY_LEVEL -ge 5 ]];then
for (( i=0; i < ${#A_CPU_DATA[@]}-1; i++ ))
do
IFS=","
a_cpu_working=(${A_CPU_DATA[i]})
IFS="$ORIGINAL_IFS"
# note: the first iteration will create a first space, for color code separation below
cpu_multi_clock_data="$cpu_multi_clock_data ${C1}($(( i + 1 )))${C2} ${a_cpu_working[1]} MHz${CN}"
if [[ $i -gt 10 ]];then
break
fi
done
if [[ -n $cpu_multi_clock_data ]];then
cpu_multi_clock_data=$( create_print_line " " "${C1}Clock Speeds:${C2}$cpu_multi_clock_data" )
print_screen_output "$cpu_multi_clock_data"
fi
fi
if [[ $B_CPU_FLAGS_FULL == 'true' ]];then
print_cpu_flags_full "${a_cpu_working[3]}"
fi
eval $LOGFE
}
# takes list of all flags, split them and prints x per line
# args: $1 - cpu flag string
print_cpu_flags_full()
{
eval $LOGFS
local cpu_flags_full="$1" a_cpu_flags='' line_starter=''
local i=0 counter=0 max_length=18 max_length_add=18 flag='' flag_data=''
# build the flag line array
for flag in $cpu_flags_full
do
a_cpu_flags[$counter]="${a_cpu_flags[$counter]}$flag "
if [[ $i -ge $max_length ]];then
(( counter++ ))
max_length=$(( $max_length + $max_length_add ))
fi
((i++))
done
# then print it out
for (( i=0; i < ${#a_cpu_flags[@]};i++ ))
do
if [[ $i -eq 0 ]];then
line_starter="${C1}CPU Flags${C2} "
else
line_starter=''
fi
flag_data=$( create_print_line " " "$line_starter${a_cpu_flags[$i]}" )
print_screen_output "$flag_data"
done
eval $LOGFE
}
print_gfx_data()
{
eval $LOGFS
local gfx_data='' i='' card_one='Card' root_alert=''
local screen_resolution="$( get_graphics_res_data )"
local b_is_mesa='false' display_full_string=''
# set A_GFX_CARD_DATA
get_graphics_card_data
# set A_X_DATA
get_graphics_x_data
local x_vendor=${A_X_DATA[0]}
local x_version=${A_X_DATA[1]}
# set A_GLX_DATA
get_graphics_glx_data
local glx_renderer="${A_GLX_DATA[0]}"
local glx_version="${A_GLX_DATA[1]}"
# this can contain a long No case debugging message, so it's being sliced off
# note: using grep -ioE '(No|Yes)' <<< ${A_GLX_DATA[2]} did not work in Arch, no idea why
local glx_direct_render=$( gawk '{
print $1
}' <<< "${A_GLX_DATA[2]}" )
# some basic error handling:
if [[ -z $screen_resolution ]];then
screen_resolution='N/A'
fi
if [[ $B_X_RUNNING == 'true' && $B_ROOT != 'true' ]];then
if [[ -z $x_vendor || -z $x_version ]];then
x_vendor='X-Vendor: N/A'
fi
display_full_string="${C1}$x_vendor${C2} $x_version ${C1}Res:${C2} ${screen_resolution} "
else
if [[ $B_X_RUNNING == 'true' && $B_ROOT == 'true' ]];then
root_alert="${C1}Gfx Data:${C2} N/A for root user"
fi
display_full_string="${C1}tty res:${C2} ${screen_resolution} $root_alert"
fi
if [[ ${#A_GFX_CARD_DATA[@]} -gt 1 ]];then
i=1
while [[ -n ${A_GFX_CARD_DATA[i]} && $i -le 3 ]]
do
gfx_data=" ${C1}Card-$(($i+1))${C2} ${A_GFX_CARD_DATA[i]}"
((i++))
done
card_one='Card-1'
fi
gfx_data=$( create_print_line "Graphics:" "${C1}$card_one${C2} ${A_GFX_CARD_DATA[0]}${gfx_data} $display_full_string" )
print_screen_output "$gfx_data"
# if [[ -z $glx_renderer || -z $glx_version ]];then
# b_is_mesa='true'
# fi
## note: if glx render or version have no content, then mesa is true
# if [[ $B_X_RUNNING == 'true' ]] && [[ $b_is_mesa != 'true' ]];then
if [[ $B_X_RUNNING == 'true' && $B_ROOT != 'true' ]];then
if [[ -z $glx_renderer ]];then
glx_renderer='N/A'
fi
if [[ -z $glx_version ]];then
glx_version='N/A'
fi
if [[ -z $glx_direct_render ]];then
glx_direct_render='N/A'
fi
gfx_data=$( create_print_line " " "${C1}GLX Renderer${C2} ${glx_renderer} ${C1}GLX Version${C2} ${glx_version}${CN}" )
if [[ $B_HANDLE_CORRUPT_DATA == 'true' || $B_EXTRA_DATA == 'true' ]];then
gfx_data="$gfx_data ${C1}Direct Rendering${C2} ${glx_direct_render}${CN}"
fi
print_screen_output "$gfx_data"
fi
eval $LOGFE
}
print_hard_disk_data()
{
eval $LOGFS
local hdd_data='' hdd_data_2='' a_hdd_working=''
local dev_data='' size_data='' hdd_model='' hdd_model_2='' hdd_model_3='' usb_data=''
# load A_HDD_DATA
get_hdd_data_basic
## note: if hdd_model is declared prior to use, whatever string you want inserted will
## be inserted first. In this case, it's desirable to print out (x) before each disk found.
local a_hdd_data_count=$(( ${#A_HDD_DATA[@]} - 1 ))
IFS=","
local a_hdd_basic_working=( ${A_HDD_DATA[$a_hdd_data_count]} )
IFS="$ORIGINAL_IFS"
local hdd_capacity=${a_hdd_basic_working[0]}
local hdd_used=${a_hdd_basic_working[1]}
if [[ $VERBOSITY_LEVEL -ge 3 ]] || [[ $B_SHOW_DISK == 'true' ]];then
## note: the output part of this should be in the print hdd data function, not here
get_hard_drive_data_advanced
for (( i=0; i < ${#A_HDD_DATA[@]} - 1; i++ ))
do
# this adds the (x) numbering in front of each disk found, and creates the full disk string
IFS=","
a_hdd_working=( ${A_HDD_DATA[i]} )
IFS="$ORIGINAL_IFS"
if [[ $B_SHOW_DISK == 'true' ]];then
if [[ -n ${a_hdd_working[3]} ]];then
usb_data="${a_hdd_working[3]} "
else
usb_data=''
fi
dev_data="/dev/${a_hdd_working[0]} "
size_data=" ${a_hdd_working[1]}"
fi
# wrap to avoid long lines
if [[ $i -gt 1 && $B_SHOW_DISK == 'true' ]] || [[ $i -gt 3 ]];then
hdd_model_2="${hdd_model_2}${hdd_model_2+${C1}$(($i+1)):${C2}} $usb_data$dev_data${a_hdd_working[2]}$size_data "
else
hdd_model="${hdd_model}${hdd_model+ ${C1}$(($i+1)):${C2}} $usb_data$dev_data${a_hdd_working[2]}$size_data"
fi
done
if [[ -z $hdd_model ]];then
hdd_model=' None Detected'
fi
if [[ -n $hdd_model_2 ]];then
hdd_data=$( create_print_line "Disks:" "${C1}HDD${C2} ${C1}Total Size:${C2} ${hdd_capacity} (${hdd_used})${hdd_model}" )
hdd_data_2=$( create_print_line " " "${hdd_model_2}${CN}" )
else
hdd_data=$( create_print_line "Disks:" "${C1}HDD${C2} ${C1}Total Size:${C2} ${hdd_capacity} (${hdd_used})${hdd_model}${CN}" )
fi
else
hdd_data=$( create_print_line "Disks:" "${C1}HDD Total Size:${C2} ${hdd_capacity} (${hdd_used})${CN}" )
fi
print_screen_output "$hdd_data"
if [[ -n $hdd_model_2 ]];then
print_screen_output "$hdd_data_2"
fi
eval $LOGFE
}
print_info_data()
{
eval $LOGFS
local suggested_app="runlevel"
local info_data=''
local runlvl=''
local memory="$( get_memory_data )"
local processes="$(( $( ps aux | wc -l ) - 1 ))"
local up_time="$( get_uptime )"
# Some code could look superfluous but BitchX doesn't like lines not ending in a newline. F*&k that bitch!
# long_last=$( echo -ne "${C1}Processes${C2} ${processes}${CN} | ${C1}Uptime${C2} ${up_time}${CN} | ${C1}Memory${C2} ${MEM}${CN}" )
info_data=$( create_print_line "Info:" "${C1}Processes${C2} ${processes} ${C1}Uptime${C2} ${up_time} ${C1}Memory${C2} ${memory}${CN}" )
# this only triggers if no X data is present
if [[ $B_X_RUNNING != 'true' ]];then
if [[ -e $suggested_app ]];then
runlvl="$( runlevel | gawk '{ print $2 }' )"
info_data="${info_data} ${C1}Runlevel${C2} ${runlvl}${CN}"
fi
fi
if [[ $SHOW_IRC -gt 0 ]];then
info_data="${info_data} ${C1}Client${C2} ${IRC_CLIENT}${IRC_CLIENT_VERSION}${CN}"
fi
info_data="${info_data} ${C1}$SCRIPT_NAME${C2} $SCRIPT_VERSION_NUMBER${CN}"
if [[ $SCHEME -gt 0 ]];then
info_data="${info_data} ${NORMAL}"
fi
print_screen_output "$info_data"
eval $LOGFE
}
# args: $1 - module name (could be > 1, so loop it )
print_module_version()
{
eval $LOGFS
local module_versions='' module='' version=''
for module in $1
do
version=$( get_module_version_number $module )
if [[ -n $version ]];then
module_versions="$module_versions $version"
fi
done
if [[ -n $module_versions ]];then
echo " ${C1}v:${C2}$module_versions"
fi
eval $LOGFE
}
print_networking_data()
{
eval $LOGFS
local i='' card_one='Card-1' network_data='' a_network_working='' port_data='' driver_data=''
local card_string='' port_plural='' module_version=''
# set A_NETWORK_DATA
get_networking_data
IFS=","
a_network_working=(${A_NETWORK_DATA[0]})
IFS="$ORIGINAL_IFS"
# will never be null because null is handled in get_network_data, but in case we change
# that leaving this test in place.
if [[ -n ${A_NETWORK_DATA[@]} ]];then
if [[ ${#A_NETWORK_DATA[@]} -le 1 ]];then
card_one='Card'
fi
if [[ -n ${a_network_working[3]} && $B_EXTRA_DATA == 'true' ]];then
module_version=$( print_module_version "${a_network_working[3]}" )
fi
if [[ -n ${a_network_working[1]} ]];then
driver_data=" ${C1}driver${C2} ${a_network_working[1]}$module_version"
fi
if [[ -n ${a_network_working[2]} && $B_EXTRA_DATA == 'true' ]];then
if [[ $( wc -w <<< ${a_network_working[2]} ) -gt 1 ]];then
port_plural='s'
fi
port_data=" ${C1}at port$port_plural${C2} ${a_network_working[2]}"
fi
card_string=''
network_data="${C1}$card_one${C2} ${a_network_working[0]}$driver_data$port_data"
network_data=$( create_print_line "Network:" "$network_data" )
print_screen_output "$network_data"
i=0 ## loop starts with 1 by auto-increment so it only shows cards > 1
while [[ -n ${A_NETWORK_DATA[++i]} ]]
do
IFS=","
a_network_working=( ${A_NETWORK_DATA[i]} )
IFS="$ORIGINAL_IFS"
port_data=''
driver_data=''
port_plural=''
module_version=''
if [[ -n ${a_network_working[3]} && $B_EXTRA_DATA == 'true' ]];then
module_version=$( print_module_version "${a_network_working[3]}" )
fi
if [[ -n ${a_network_working[1]} ]];then
driver_data=" ${C1}driver${C2} ${a_network_working[1]}$module_version"
fi
if [[ -n ${a_network_working[2]} && $B_EXTRA_DATA == 'true' ]];then
if [[ $( wc -w <<< ${a_network_working[2]} ) -gt 1 ]];then
port_plural='s'
fi
port_data=" ${C1}at port$port_plural${C2} ${a_network_working[2]}"
fi
network_data="${C1}Card-$(( $i + 1 ))${C2} ${a_network_working[0]}$driver_data$port_data"
network_data=$( create_print_line " " "$network_data" )
print_screen_output "$network_data"
done
fi
if [[ $B_SHOW_IP == 'true' ]];then
print_networking_ip_data
fi
eval $LOGFE
}
print_networking_ip_data()
{
eval $LOGFS
local ip=$( get_networking_wan_ip_data )
local ip_data='' a_interfaces_working='' interfaces='' interfaces_2='' i=''
# set A_INTERFACES_DATA
get_networking_local_ip_data
# first print output for wan ip line. Null is handled in the get function
ip_data=$( create_print_line " " "${C1}Wan IP:${C2} $ip" )
# then create the list of local interface/ip
interfaces=" ${C1}Interface:${C2}"
i=0 ## loop starts with 1 by auto-increment so it only shows cards > 1
while [[ -n ${A_INTERFACES_DATA[i]} ]]
do
IFS=","
a_interfaces_working=(${A_INTERFACES_DATA[i]})
IFS="$ORIGINAL_IFS"
if [[ $i -lt 3 ]];then
if [[ -n ${a_interfaces_working[0]} ]];then
interfaces="$interfaces ${C1}${a_interfaces_working[0]}${C2} ${a_interfaces_working[1]}"
fi
else
if [[ -n ${a_interfaces_working[0]} ]];then
# space on end here for lining up with line starter
interfaces_2="$interfaces_2${C1}${a_interfaces_working[0]}${C2} ${a_interfaces_working[1]} "
fi
fi
((i++))
done
print_screen_output "$ip_data$interfaces"
# then wrap it if needed
if [[ -n $interfaces_2 ]];then
interfaces_2=$( create_print_line " " "$interfaces_2" )
print_screen_output "$interfaces_2"
fi
eval $LOGFE
}
print_partition_data()
{
eval $LOGFS
local a_partition_working='' partition_used='' partition_data=''
local counter=0 line_max=160 i=0 a_partition_data='' line_starter=''
local partitionIdClean='' part_dev='' full_dev='' part_label='' full_label=''
local part_uuid='' full_uuid='' dev_remote=''
# this handles the different, shorter, irc colors strings embedded in variable data
if [[ $B_RUNNING_IN_SHELL != 'true' ]];then
line_max=130
fi
# and no color string data at all
if [[ $SCHEME -eq 0 ]];then
line_max=75
fi
if [[ $B_SHOW_LABELS == 'true' || $B_SHOW_UUIDS == 'true' ]];then
line_max=20
fi
# set A_PARTITION_DATA
get_partition_data
for (( i=0; i < ${#A_PARTITION_DATA[@]}; i++ ))
do
IFS=","
a_partition_working=(${A_PARTITION_DATA[i]})
IFS="$ORIGINAL_IFS"
full_label=''
full_uuid=''
if [[ $B_SHOW_PARTITIONS_FULL == 'true' ]] || [[ ${a_partition_working[4]} == 'main' ]];then
if [[ -n ${a_partition_working[2]} ]];then
partition_used=" ${C1}used:${C2} ${a_partition_working[2]} (${a_partition_working[3]})"
else
partition_used='' # reset partition used to null
fi
# don't show user names in output
if [[ $B_SHOW_LABELS == 'true' || $B_SHOW_UUIDS == 'true' ]];then
if [[ -n ${a_partition_working[5]} ]];then
if [[ -z $( grep -E '(^//|:/)' <<< ${a_partition_working[5]} ) ]];then
part_dev="/dev/${a_partition_working[5]}"
dev_remote='dev'
else
part_dev="${a_partition_working[5]}"
dev_remote='remote'
fi
else
dev_remote='dev'
part_dev='N/A'
fi
full_dev=" ${C1}$dev_remote:${C2} $part_dev"
if [[ $B_SHOW_LABELS == 'true' && $dev_remote != 'remote' ]];then
if [[ -n ${a_partition_working[6]} ]];then
part_label="${a_partition_working[6]}"
else
part_label='N/A'
fi
full_label=" ${C1}label:${C2} $part_label"
fi
if [[ $B_SHOW_UUIDS == 'true' && $dev_remote != 'remote' ]];then
if [[ -n ${a_partition_working[7]} ]];then
part_uuid="${a_partition_working[7]}"
else
part_uuid='N/A'
fi
full_uuid=" ${C1}uuid:${C2} $part_uuid"
fi
fi
partitionIdClean=$( sed -r 's|/home/(.*)/(.*)|/home/##/\2|' <<< ${a_partition_working[0]} )
# because these lines can vary widely, using dynamic length handling here
a_partition_data[$counter]="${a_partition_data[$counter]}${C1}ID:${C2}$partitionIdClean ${C1}size:${C2} ${a_partition_working[1]}$partition_used$full_dev$full_label$full_uuid "
if [[ $( wc -c <<< ${a_partition_data[$counter]} ) -gt $line_max ]];then
((counter++))
fi
fi
done
# print out all lines, line starter on first line
for (( i=0; i < ${#a_partition_data[@]};i++ ))
do
if [[ $i -eq 0 ]];then
line_starter='Partition:'
else
line_starter=' '
fi
partition_data=$( create_print_line "$line_starter" "${a_partition_data[$i]}" )
print_screen_output "$partition_data"
done
eval $LOGFE
}
print_sensors_data()
{
eval $LOGFS
local mobo_temp='' cpu_temp='' cpu_fan='' sys_fan1='' sys_fan2='' sys_fan3=''
local ps_fan='' temp_data='' fan_data='' b_is_error='false'
get_sensors_data
# initial error cases, for missing app or unconfigured sensors
if [[ ${#A_SENSORS_DATA[@]} -eq 1 ]];then
cpu_temp=${A_SENSORS_DATA[0]}
b_is_error='true'
else
if [[ -n ${A_SENSORS_DATA[0]} ]];then
cpu_temp=${A_SENSORS_DATA[0]}
else
cpu_temp='N/A'
fi
cpu_temp="${C1}System Temperatures: cpu:${C2} $cpu_temp "
if [[ -n ${A_SENSORS_DATA[1]} ]];then
mobo_temp=${A_SENSORS_DATA[1]}
else
mobo_temp='N/A'
fi
mobo_temp="${C1}mobo:${C2} $mobo_temp "
# we need to make sure it's either cpu fan OR cpu fan and sys fan 1
if [[ -n ${A_SENSORS_DATA[2]} ]];then
cpu_fan="${A_SENSORS_DATA[2]}"
elif [[ -z ${A_SENSORS_DATA[2]} && -n ${A_SENSORS_DATA[3]} ]];then
cpu_fan="${A_SENSORS_DATA[3]}"
else
cpu_fan='N/A'
fi
cpu_fan="${C1}Fan Speeds (in rpm): cpu:${C2} $cpu_fan "
# then set the sys fans, if present or 0. sys fan 1 only if cpu fan is present,
# otherwise fan1: is cpu fan
if [[ -n ${A_SENSORS_DATA[2]} && -n ${A_SENSORS_DATA[3]} ]];then
sys_fan1="${C1}sys-1:${C2} ${A_SENSORS_DATA[3]} "
fi
if [[ -n ${A_SENSORS_DATA[4]} ]];then
sys_fan2="${C1}sys-2:${C2} ${A_SENSORS_DATA[4]} "
fi
if [[ -n ${A_SENSORS_DATA[5]} ]];then
sys_fan3="${C1}sys-3:${C2} ${A_SENSORS_DATA[5]} "
fi
if [[ -n ${A_SENSORS_DATA[6]} ]];then
ps_fan="${C1}ps:${C2} ${A_SENSORS_DATA[6]} "
fi
fi
temp_data="$cpu_temp$mobo_temp"
temp_data=$( create_print_line "Sensors:" "$temp_data" )
print_screen_output "$temp_data"
# don't print second or subsequent lines if error data
if [[ $b_is_error != 'true' ]];then
fan_data="$cpu_fan$sys_fan1$sys_fan2$sys_fan3$ps_fan"
fan_data=$( create_print_line " " "$fan_data" )
print_screen_output "$fan_data"
fi
eval $LOGFE
}
print_system_data()
{
eval $LOGFS
local system_data='' bits=''
local host_name=$( hostname )
local current_kernel=$( uname -rm ) # | gawk '{print $1,$3,$(NF-1)}' )
local distro="$( get_distro_data )"
# check for 64 bit first
if [[ -n $( uname -m | grep -o 'x86_64' ) ]];then
bits="(64 bit)"
else
bits="(32 bit)"
fi
if [[ $B_SHOW_HOST == 'true' ]];then
system_data=$( create_print_line "System:" "${C1}Host${C2} $host_name ${C1}Kernel${C2}" )
else
system_data=$( create_print_line "System:" "${C1}Kernel${C2}" )
fi
system_data="$system_data $current_kernel $bits ${C1}Distro${C2} $distro"
print_screen_output "$system_data"
eval $LOGFE
}
########################################################################
#### SCRIPT EXECUTION
########################################################################
main $@ ## From the End comes the Beginning
## note: this EOF is needed for smxi handling, this is what triggers the full download ok
###**EOF**###