View unanswered posts    View active topics

Board index KnoppMyth General

All times are UTC - 6 hours





Post new topic Reply to topic  Page 1 of 1
  [ 5 posts ] 
Print view Previous topic   Next topic  
Author Message
Search for:
graysky
 Post subject: rrd and lm-sensors
PostPosted: Tue Sep 18, 2007 6:25 pm 
Offline
Joined: Wed Dec 10, 2003 8:31 pm
Posts: 1996
Location: /dev/null
Is anyone using lm-sensors to report their CPU/MB temps? MBMON doesn't work properly with my system (cpu temp is always 255). Lm-sensors works very well on my machine. I just have no idea if it's possible and how to go about using it for my rrd. Any help is appreciated.

_________________
Retired KM user (R4 - R6.04); friend to LH users.
Top
 Profile  
 
marc.aronson
 Post subject:
PostPosted: Tue Sep 18, 2007 7:05 pm 
Offline
Joined: Tue Jan 18, 2005 2:07 am
Posts: 1532
Location: California
Graysky, see http://mysettopbox.tv/phpBB2/viewtopic. ... rd+sensors

Although I'm a bit confused because I believe you're already on that thread, so maybe I am mis-understanding your question.

Marc
Top
 Profile  
 
mihanson
 Post subject:
PostPosted: Tue Sep 18, 2007 7:37 pm 
Offline
Joined: Sun Sep 25, 2005 3:50 pm
Posts: 1013
Location: Los Angeles
I use sensors and had to run sensors-detect once as was mentioned in the above referenced thread. I customized my RRD's to have one central MBsensors.rrd database and the create graphs for individual sensors components by pulling info from that single MBsensors.rrd DB. Here is my /etc/rrd.config with just the portions that pertain to MBsensors:

Code:
#  rrd_MBtemp.pl configuration: # Motherboard / CPU temperature
#-----------------------------------------------------------------------
$color_temp1 = '#00FF00';       # color of 'System' graph line
$color_temp3 = '#FF0000';       # color of 'CPU' graph line
#=======================================================================
#  rrd_MBfan.pl configuration:  # Motherboard fan speeds
#-----------------------------------------------------------------------
$color_fan1 = '#00FF00';        # color of 'CPU' graph line
$color_fan2 = '#FF0000';        # color of 'Intake' graph line
$color_fan3 = '#0000FF';        # color of 'Exhaust' graph line
#=======================================================================
#  rrd_MBsensors.pl configuration       # Motherboard sensors
#-----------------------------------------------------------------------
$color_vcore1 = '#FF0000';      # CPU Core 1 color
$color_vcore2 = '#FF9933';      # CPU Core 2 color
$color_p33v = '#FFCC00';        # PSU +3.3v
$color_p5v = '#FF00CC';         # PSU +5v
$color_p12v = '#003300';        # PSU +12v
$color_n12v = '#00FF00';        # PSU -12v
$color_n5v = '#CC99FF';         # PSU -5v
$color_v5sb = '#9933FF';        # V5SB
$color_vbat = '#0033FF';        # Battery Voltage
$color_vid = '#996666';         # Video voltage
########################################################################


And here is my all encompassing sensors script:
Code:
#!/usr/bin/perl
#
#  rrd_MBSensors.pl
#       Motherboard sensor data collection routine for KnoppMyth
#
########################################################################
# Configuration:
my $dbf = 'MBsensors';
my $configfile = '/etc/rrd.config';
########################################################################
use RRDs;

if (! -d "/myth") { $configfile = "./D_rrd.config"; }   # DEBUG
do $configfile;

sub create {
    #   $_[0] = filename
    if (! -e "$log/$_[0].rrd") {
        print "Create db for $_[0] => $log/$_[0].rrd\n";
        RRDs::create( "$log/$_[0].rrd", "-s 300",
            "DS:vcore1:GAUGE:600:0:U",
            "DS:vcore2:GAUGE:600:0:U",
            "DS:p33v:GAUGE:600:0:U",
            "DS:p5v:GAUGE:600:0:U",
            "DS:p12v:GAUGE:600:0:U",
            "DS:n12v:GAUGE:600:0:U",
            "DS:n5v:GAUGE:600:0:U",
            "DS:v5sb:GAUGE:600:0:U",
            "DS:vbat:GAUGE:600:0:U",
            "DS:fan1:GAUGE:600:0:U",
            "DS:fan2:GAUGE:600:0:U",
            "DS:fan3:GAUGE:600:0:U",
            "DS:temp1:GAUGE:600:0:U",
           # "DS:temp2:GAUGE:600:0:U",
            "DS:temp3:GAUGE:600:0:U",
            "DS:vid:GAUGE:600:0:U",
            "RRA:AVERAGE:0.5:1:576",
            "RRA:AVERAGE:0.5:6:672",
            "RRA:AVERAGE:0.5:24:732",
            "RRA:AVERAGE:0.5:144:1460");
        $ERROR = RRDs::error;
        print "Error: RRDs::create failed for '$_[0]' : $ERROR\n" if $ERROR;
    }
}

my ($vcore1, $vcore2, $p33v, $p5v, $p12v, $n12v, $n5v, $v5sb, $vbat, $fan1, $fan2, $fan3, $temp1, $temp3, $vid);

sub gather {
        my @sensors = `/usr/bin/sensors`;

        # Vcore 1
        $vcore1a = $sensors[2];
        my @vcore1b = split( /\s+/, $vcore1a );
        $vcore1 = $vcore1b[2];
        #print "vcore1c = $vcore1c\n";
        #my @vcore1d = split( /\s+/, $vcore1c );
        #$vcore = $vcore1d[0];
        $vcore1 =~ s/[\n ]//g;

        # Vcore 2
        $vcore2a = $sensors[3];
        my @vcore2b = split( /\s+/, $vcore2a );
        $vcore2 = $vcore2b[2];
        #my @vcore2d = split( /V/, $vcore2c );
        #$vcore2 = $vcore2d[0];
        $vcore2 =~ s/[\n ]//g;

        # +3.3V
        $p33va = $sensors[4];
        #print "p33va = $p33va\n"; # debug
        my @p33vb = split( /\s+/, $p33va );
        $p33v = $p33vb[1];
        #print "p33vc = $p33vc\n"; # debug
        #my @p33vd = split( /\+/, $p33vc );
        #$p33v = $p33vd[1];
        $p33v =~ s/[\n ]//g;

        # +5V
        $p5va = $sensors[5];
        #print "p5va = $p5va\n"; # debug
        my @p5vb = split( /\s+/, $p5va );
        $p5v = $p5vb[1];
        #print "p5vc = $p5vc\n"; # debug
        #my @p5vd = split( /\+/, $p5vc );
        #$p5v = $p5vd[1];
        #print "p5ve = $p5ve\n"; #debug
        $p5v =~ s/[\n ]//g;

        # +12V
        $p12va = $sensors[6];
        #print "p12va = $p12va\n"; # debug
        my @p12vb = split( /\s+/, $p12va );
        $p12v = $p12vb[1];
        #print "p12vc = $p12vc\n"; # debug
        #my @p12vd = split( /\+/, $p12vc );
        #$p12v = $p12vd[1];
        #print "p12ve = $p12ve\n"; #debug
        $p12v =~ s/[\n ]//g;

        # -12V
        $n12va = $sensors[7];
        #print "n12va = $n12va\n"; # debug
        my @n12vb = split( /\s+/, $n12va );
        $n12v = $n12vb[1];
        $n12v =~ s/[\n ]//g;

        # -5V
        $n5va = $sensors[8];
        #print "n5va = $n5va\n"; # debug
        my @n5vb = split( /\s+/, $n5va );
        $n5v = $n5vb[1];
        $n5v =~ s/[\n ]//g;

        # V5SB
        $v5sba = $sensors[9];
        #print "v5sba = $v5sba\n"; # debug
        my @v5sbb = split( /\s+/, $v5sba );
        $v5sb = $v5sbb[1];
        #print "v5sbc = $v5sbc\n"; # debug
        #my @v5sbd = split( /\+/, $v5sbc );
        #$v5sb = $v5sbd[1];
        #print "v5sbe = $v5sbe\n"; #debug
        $v5sb =~ s/[\n ]//g;

        # VBat
        $vbata = $sensors[10];
        #print "vbata = $vbata\n"; # debug
        my @vbatb = split( /\s+/, $vbata );
        $vbat = $vbatb[1];
        #print "vbatc = $vbatc\n"; # debug
        #my @vbatd = split( /\+/, $vbatc );
        #$vbat = $vbatd[1];
        #print "vbate = $vbate\n"; #debug
        $vbat =~ s/[\n ]//g;

        # Fan 1
        $fan1a = $sensors[11];
        #print "fan1a = $fan1a\n"; # debug
        my @fan1b = split( /\s+/, $fan1a );
        $fan1 = $fan1b[1];
        $fan1 =~ s/[\n ]//g;

        # Fan 2
        $fan2a = $sensors[12];
        #print "fan2a = $fan2a\n"; # debug
        my @fan2b = split( /\s+/, $fan2a );
        $fan2 = $fan2b[1];
        $fan2 =~ s/[\n ]//g;

        # Fan 3
        $fan3a = $sensors[13];
        #print "fan3a = $fan3a\n"; # debug
        my @fan3b = split( /\s+/, $fan3a );
        $fan3 = $fan3b[1];
        $fan3 =~ s/[\n ]//g;

        # Temp 1
        $temp1a = $sensors[14];
        #print "temp1a = $temp1a\n"; # debug
        my @temp1b = split( /\s+/, $temp1a );
        $temp1 = $temp1b[1];
        #print "temp1c = $temp1c\n"; # debug
        #my @temp1d = split( /\+/, $temp1c );
        #$temp1 = $temp1d[1];
        $temp1 =~ s/[\n ]//g;

#       # Temp 2
#        $temp2a = $sensors[15];
#        #print "temp2a = $temp2a\n"; # debug
#        my @temp2b = split( /\s+/, $temp2a );
#        $temp2 = $temp2b[1];
#        #print "temp2c = $temp2c\n"; # debug
#        #my @temp2d = split( /\+/, $temp2c );
#        #$temp2 = $temp2d[1];
#        $temp2 =~ s/[\n ]//g;

        # Temp 3
        $temp3a = $sensors[16];
        #print "temp3a = $temp3a\n"; # debug
        my @temp3b = split( /\s+/, $temp3a );
        $temp3 = $temp3b[1];
        #print "temp3c = $temp3c\n"; # debug
        #my @temp3d = split( /\+/, $temp3c );
        #$temp3 = $temp3d[1];
        $temp3 =~ s/[\n ]//g;

        # vid
        $vida = $sensors[17];
        #print "vida = $vida\n"; # debug
        my @vidb = split( /\s+/, $vida );
        $vid = $vidb[1];
        #print "vidc = $vidc\n"; # debug
        #my @vidd = split( /\+/, $vidc );
        #$vid = $vidd[1];
        $vid =~ s/[\n ]//g;

        print "Vcore1 voltage = $vcore1\n";
        print "Vcore2 voltage = $vcore2\n";
        print "+3.3V voltage = $p33v\n";
        print "+5V voltage = $p5v\n";
        print "+12V voltage = $p12v\n";
        print "-12V voltage = $n12v\n";
        print "-5V voltage = $n5v\n";
        print "V5SB voltage = $v5sb\n";
        print "VBat voltage = $vbat\n";
        print "Vid voltage = $vid\n";
}

sub update {
    #   $_[0] = filename
    RRDs::update( "$log/$_[0].rrd", "-t",
        "vcore1:vcore2:p33v:p5v:p12v:n12v:n5v:v5sb:vbat:fan1:fan2:fan3:temp1:temp3:vid",
        "N:$vcore1:$vcore2:$p33v:$p5v:$p12v:$n12v:$n5v:$v5sb:$vbat:$fan1:$fan2:$fan3:$temp1:$temp3:$vid");
    $ERROR = RRDs::error;
    print "Error: RRDs::update for '$_[0]' : $ERROR\n" if $ERROR;
}

sub graph {
    #   $_[0] = time interval (ie: day...)
    #   $_[1] = filename suffix.
    RRDs::graph( "$png/$dbf-$_[1].png", "-s -1$_[0]", "-aPNG",
        "-w $Gwd", "-h $Ght", "-E", "-l 20", "-M",
        "--color", "SHADEA$color",
        "--color", "SHADEB$color",
        "--color", "BACK$color",
        "-t Motherboard Sensor Readings :: $_[0]",
        "DEF:vcore1=$log/$dbf.rrd:vcore1:AVERAGE",
        "DEF:vcore2=$log/$dbf.rrd:vcore2:AVERAGE",
        "DEF:p33v=$log/$dbf.rrd:p33v:AVERAGE",
        "DEF:p5v=$log/$dbf.rrd:p5v:AVERAGE",
        "DEF:p12v=$log/$dbf.rrd:p12v:AVERAGE",
        "DEF:n12v=$log/$dbf.rrd:n12v:AVERAGE",
        "DEF:n5v=$log/$dbf.rrd:n5v:AVERAGE",
        "DEF:v5sb=$log/$dbf.rrd:v5sb:AVERAGE",
        "DEF:vbat=$log/$dbf.rrd:vbat:AVERAGE",
        "DEF:vid=$log/$dbf.rrd:vid:AVERAGE",
        "LINE1:vcore1$color_vcore1:CPU Core 1\\:",
        "GPRINT:vcore1:MIN:Minimum\\: % 5.1lf",
        "GPRINT:vcore1:MAX:Maximum\\: % 5.1lf",
        "GPRINT:vcore1:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:vcore1:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:vcore2$color_vcore2:CPU Core 2\\:",
        "GPRINT:vcore2:MIN:Minimum\\: % 5.1lf",
        "GPRINT:vcore2:MAX:Maximum\\: % 5.1lf",
        "GPRINT:vcore2:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:vcore2:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:p33v$color_p33v:PSU 3.3v\\:  ",
        "GPRINT:p33v:MIN:Minimum\\: % 5.1lf",
        "GPRINT:p33v:MAX:Maximum\\: % 5.1lf",
        "GPRINT:p33v:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:p33v:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:p5v$color_p5v:PSU 5v\\:    ",
        "GPRINT:p5v:MIN:Minimum\\: % 5.1lf",
        "GPRINT:p5v:MAX:Maximum\\: % 5.1lf",
        "GPRINT:p5v:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:p5v:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:p12v$color_p12v:PSU 12v\\:   ",
        "GPRINT:p12v:MIN:Minimum\\: % 5.1lf",
        "GPRINT:p12v:MAX:Maximum\\: % 5.1lf",
        "GPRINT:p12v:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:p12v:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:n12v$color_p12v:PSU -12v\\:  ",
        "GPRINT:n12v:MIN:Minimum\\: % 5.1lf",
        "GPRINT:n12v:MAX:Maximum\\: % 5.1lf",
        "GPRINT:n12v:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:n12v:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:n5v$color_n5v:PSU -5v\\:   ",
        "GPRINT:n5v:MIN:Minimum\\: % 5.1lf",
        "GPRINT:n5v:MAX:Maximum\\: % 5.1lf",
        "GPRINT:n5v:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:n5v:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:v5sb$color_v5sb:V5SB\\:      ",
        "GPRINT:v5sb:MIN:Minimum\\: % 5.1lf",
        "GPRINT:v5sb:MAX:Maximum\\: % 5.1lf",
        "GPRINT:v5sb:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:v5sb:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:vbat$color_vbat:Battery\\:   ",
        "GPRINT:vbat:MIN:Minimum\\: % 5.1lf",
        "GPRINT:vbat:MAX:Maximum\\: % 5.1lf",
        "GPRINT:vbat:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:vbat:LAST:Current\\: % 5.1lf V\\j",
        "LINE1:vid$color_vid:Video\\:     ",
        "GPRINT:vid:MIN:Minimum\\: % 5.1lf",
        "GPRINT:vid:MAX:Maximum\\: % 5.1lf",
        "GPRINT:vid:AVERAGE:Average\\: % 5.1lf",
        "GPRINT:vid:LAST:Current\\: % 5.1lf V\\j");
    $ERROR = RRDs::error;
    print "Error: RRDs::graph failed for '$_[0]' : $ERROR\n" if $ERROR;
}
########################################################################
create "$dbf";
gather;
update "$dbf";
graph 'day',   'Daily';
graph 'week',  'Weekly';
graph 'month', 'Monthly';
graph 'year',  'Yearly';
########################################################################
# vim: sw=4 ts=8
# End


And in order to get all that to graph, I edited the rrd_Configure.sh (lines 254-265) and replaced them with:
Code:
function choose_rrd() { # no arguments.
    SAFE='CPU Load Mem Swap'
    # Establish the checklist:
    TYPARY=( \
    Net         "Network In/Out Traffic"        on \
    Count       "Count of files in /myth/tv"    on \
    MythFS      "/myth Space & Inode usage"     on \
    HDtemp      "Disk temperature"              on \
    MBsensors-temp      "MB and CPU temperature"        on \
    MBsensors-fan       "MB fan speeds"                 on \
    MBsensors   "MB sensor readings"            on \
    )


I then re-ran the rrd_Configure.sh script and had all my info appear. Hope this was helpful.

_________________
Mike
My Hardware Profile
Top
 Profile  
 
Heem
 Post subject:
PostPosted: Wed Sep 19, 2007 8:31 am 
Offline
Joined: Fri Apr 21, 2006 2:06 pm
Posts: 32
I like your solution Mike. I was going for a "quick and dirty" method in my original thread on the topic. I'm going to try your way as well to see if I like your output better.
Top
 Profile  
 
arriflex
 Post subject:
PostPosted: Tue Oct 02, 2007 7:45 pm 
Offline
Joined: Thu Feb 23, 2006 2:41 pm
Posts: 68
I was curious what the outcome was of your trying this out before I go and do the same from a noob standpoint!

_________________
Athlon 64 X2 4200+ 2GB Ram
MSI K8N Neo4-F NF4 939
ASUS N EN6200TC256/TD/64M
500gb SATA
1x Plextor PX-M402U
1x HD5000
R5.5 Upgrade from F27
Top
 Profile  
 

Display posts from previous:  Sort by  
Post new topic Reply to topic  Page 1 of 1
  [ 5 posts ] 


Board index KnoppMyth General

All times are UTC - 6 hours




Who is online

Users browsing this forum: No registered users and 15 guests

You cannot post new topics in this forum
You cannot reply to topics in this forum
You cannot edit your posts in this forum
You cannot delete your posts in this forum
You cannot post attachments in this forum

Jump to:  
cron
Powered by phpBB® Forum Software © phpBB Group

Theme Created By ceyhansuyu