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|
#! /usr/bin/perl
use strict;
use warnings;
use mrw::Targets;
use mrw::Inventory;
use mrw::Util;
use Getopt::Long; # For parsing command line arguments
use YAML::Tiny qw(LoadFile);
# Globals
my $serverwizFile = "";
my $debug = 0;
my $outputFile = "";
my $metaDir = "";
# Command line argument parsing
GetOptions(
"i=s" => \$serverwizFile, # string
"m=s" => \$metaDir, # string
"o=s" => \$outputFile, # string
"d" => \$debug,
)
or printUsage();
if (($serverwizFile eq "") or ($outputFile eq "") or ($metaDir eq ""))
{
printUsage();
}
my $targetObj = Targets->new;
$targetObj->loadXML($serverwizFile);
#open the mrw xml and the metaData file for the sensor.
#Fetch the sensorid,sensortype,class,object path from the mrw.
#Get the metadata for that sensor from the metadata file.
#Merge the data into the outputfile
my $sensorTypeConfig;
my $tmpSensor;
opendir my $dir,$metaDir or die "Cannot open directory: $!";
my @files = readdir $dir;
foreach my $file (@files){
my ($filename,$extn) = split(/\.([^\.]+)$/,$file);
if((defined($extn)) and ( $extn eq "yaml")) {
my $metaDataFile = $metaDir."/".$file;
my $tmpSensor = LoadFile($metaDataFile);
if(!keys %{$sensorTypeConfig}) {
%{$sensorTypeConfig} = %{$tmpSensor};
}
else {
%{$sensorTypeConfig} = (%{$sensorTypeConfig},%{$tmpSensor});
}
}
}
open(my $fh, '>', $outputFile) or die "Could not open file '$outputFile' $!";
my @interestedTypes = keys %{$sensorTypeConfig};
my %types;
@types{@interestedTypes} = ();
my @inventory = Inventory::getInventory($targetObj);
#Process all the targets in the XML
foreach my $target (sort keys %{$targetObj->getAllTargets()})
{
my $sensorID = '';
my $sensorType = '';
my $sensorReadingType = '';
my $path = '';
my $obmcPath = '';
if ($targetObj->getTargetType($target) eq "unit-ipmi-sensor") {
$sensorID = $targetObj->getAttribute($target, "IPMI_SENSOR_ID");
$sensorType = $targetObj->getAttribute($target, "IPMI_SENSOR_TYPE");
$sensorReadingType = $targetObj->getAttribute($target,
"IPMI_SENSOR_READING_TYPE");
$path = $targetObj->getAttribute($target, "INSTANCE_PATH");
#not interested in this sensortype
next if (not exists $types{$sensorType});
#if there is ipmi sensor without sensorid or sensorReadingType or
#Instance path then die
if ($sensorID eq '' or $sensorReadingType eq '' or $path eq '') {
close $fh;
die("sensor without info for target=$target");
}
#removing the string "instance:" from path
$path =~ s/^instance:/\//;
#get the last word from the path to check whether it is an occ or
#something without a proper instance path.
#if instance path is sys0 then get the path value from the yaml
#if it is a occ path, get the path from yaml and add the occ instance
#number to it.
$obmcPath = Util::getObmcName(\@inventory,$path);
#if unable to get the obmc path then get from yaml
if (not defined $obmcPath) {
if ($path eq "/sys-0") {
$obmcPath = $sensorTypeConfig->{$sensorType}->{"path"};
}
else {
my @pathelements =split(/\//,$path);
foreach my $elem (@pathelements) {
#split element-instance_number
my ($elemName,$elemNum) = split(/-([^-]+)$/,$elem);
if ((defined $elemName) and ($elemName eq "proc_socket")) {
$obmcPath = $sensorTypeConfig->{$sensorType}->{"path"}."occ".$elemNum;
last;
}
}
}
}
if (not defined $obmcPath) {
close $fh;
die("Unable to get the obmc path for path=$path");
}
print $fh $sensorID.":\n";
printDebug("$sensorID : $sensorType : $sensorReadingType :$obmcPath \n");
writeToFile($sensorType,$sensorReadingType,$obmcPath,$sensorTypeConfig,$fh);
}
}
close $fh;
#Get the metadata for the incoming sensortype from the loaded config file.
#Write the sensor data into the output file
sub writeToFile
{
my ($sensorType,$sensorReadingType,$path,$sensorTypeConfig,$fh) = @_;
print $fh " sensorType: ".$sensorType."\n";
print $fh " path: ".$path."\n";
print $fh " sensorReadingType: ".$sensorReadingType."\n";
print $fh " updateInterface: ".$sensorTypeConfig->{$sensorType}->{"updateInterface"}."\n";
if (defined($sensorTypeConfig->{$sensorType}->{"readingType"})) {
print $fh " readingType: ".$sensorTypeConfig->{$sensorType}->{"readingType"}."\n";
}
if (defined($sensorTypeConfig->{$sensorType}->{"byteOffset"})) {
print $fh " byteOffset: ".$sensorTypeConfig->{$sensorType}->{"byteOffset"}."\n";
}
print $fh " interfaces:"."\n";
my $interfaces = $sensorTypeConfig->{$sensorType}->{"interfaces"};
#Walk over all the interfces as it needs to be written
while (my ($interface,$properties) = each %{$interfaces}) {
print $fh " ".$interface.":\n";
#walk over all the properties as it needs to be written
while (my ($dbusProperty,$dbusPropertyValue) = each %{$properties}) {
#will write property named "Property" first then
#other properties.
print $fh " ".$dbusProperty.":\n";
while (my ( $offset,$values) = each %{$dbusPropertyValue}) {
print $fh " $offset:\n";
while (my ( $key,$value) = each %{$values}) {
print $fh " $key: ". $value."\n";
}
}
}
}
}
# Usage
sub printUsage
{
print "
$0 -i [MRW filename] -m [SensorMetaData filename] -o [Output filename] [OPTIONS]
Options:
-d = debug mode
\n";
exit(1);
}
# Helper function to put debug statements.
sub printDebug
{
my $str = shift;
print "DEBUG: ", $str, "\n" if $debug;
}
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