#!/usr/bin/env perl
# IBM(c) 2007 EPL license http://www.eclipse.org/legal/epl-v10.html
package xCAT::SvrUtils;
BEGIN
{
$::XCATROOT = $ENV{'XCATROOT'} ? $ENV{'XCATROOT'} : '/opt/xcat';
}
use lib "$::XCATROOT/lib/perl";
require xCAT::Table;
require xCAT::Utils;
require xCAT::NetworkUtils;
use File::Basename;
use strict;
#-------------------------------------------------------------------------------
=head3 getNodesetStates
get current nodeset stat for the given nodes
Arguments:
nodes -- a pointer to an array of nodes
hashref -- A pointer to a hash that contains the nodeset status.
Returns:
(ret code, error message)
=cut
#-------------------------------------------------------------------------------
sub getNodesetStates
{
my $noderef = shift;
if ($noderef =~ /xCAT::SvrUtils/)
{
$noderef = shift;
}
my @nodes = @$noderef;
my $hashref = shift;
if (@nodes > 0)
{
my $tab = xCAT::Table->new('noderes');
if (!$tab) { return (1, "Unable to open noderes table."); }
my @aixnodes = ();
my @pxenodes = ();
my @yabootnodes = ();
my @xnbanodes= ();
my $tabdata = $tab->getNodesAttribs(\@nodes, ['node', 'netboot']);
foreach my $node (@nodes)
{
my $nb = "aixinstall";
my $tmp1 = $tabdata->{$node}->[0];
if (($tmp1) && ($tmp1->{netboot})) { $nb = $tmp1->{netboot}; }
if ($nb eq "yaboot")
{
push(@yabootnodes, $node);
}
elsif ($nb eq "xnba")
{
push(@xnbanodes, $node);
}
elsif ($nb eq "pxe")
{
push(@pxenodes, $node);
}
elsif ($nb eq "aixinstall")
{
push(@aixnodes, $node);
}
}
my @retarray;
my $retcode = 0;
my $errormsg;
# print "ya=@yabootnodes, pxe=@pxenodes, aix=@aixnodes\n";
if (@yabootnodes > 0)
{
require xCAT_plugin::yaboot;
@retarray =
xCAT_plugin::yaboot::getNodesetStates(\@yabootnodes, $hashref);
if ($retarray[0])
{
$retcode = $retarray[0];
$errormsg .= $retarray[1];
xCAT::MsgUtils->message('E', $retarray[1]);
}
}
if (@pxenodes > 0)
{
require xCAT_plugin::pxe;
@retarray =
xCAT_plugin::pxe::getNodesetStates(\@pxenodes, $hashref);
if ($retarray[0])
{
$retcode = $retarray[0];
$errormsg .= $retarray[1];
xCAT::MsgUtils->message('E', $retarray[1]);
}
}
if (@xnbanodes > 0)
{
require xCAT_plugin::xnba;
@retarray =
xCAT_plugin::xnba::getNodesetStates(\@xnbanodes, $hashref);
if ($retarray[0])
{
$retcode = $retarray[0];
$errormsg .= $retarray[1];
xCAT::MsgUtils->message('E', $retarray[1]);
}
}
if (@aixnodes > 0)
{
require xCAT_plugin::aixinstall;
@retarray =
xCAT_plugin::aixinstall::getNodesetStates(\@aixnodes, $hashref);
if ($retarray[0])
{
$retcode = $retarray[0];
$errormsg .= $retarray[1];
xCAT::MsgUtils->message('E', $retarray[1]);
}
}
}
return (0, "");
}
#-------------------------------------------------------------------------------
=head3 get_nodeset_state
get current nodeset stat for the given node.
Arguments:
nodes -- node name.
Returns:
nodesetstate
=cut
#-------------------------------------------------------------------------------
sub get_nodeset_state
{
my $node = shift;
if ($node =~ /xCAT::SvrUtils/)
{
$node = shift;
}
my $state = "undefined";
#get boot type (pxe, yaboot or aixinstall) for the node
my $noderestab = xCAT::Table->new('noderes', -create => 0);
my $ent = $noderestab->getNodeAttribs($node, [qw(netboot)]);
if ($ent && $ent->{netboot})
{
my $boottype = $ent->{netboot};
#get nodeset state from corresponding files
if ($boottype eq "pxe")
{
require xCAT_plugin::pxe;
my $tmp = xCAT_plugin::pxe::getstate($node);
my @a = split(' ', $tmp);
$state = $a[0];
}
elsif ($boottype eq "xnba")
{
require xCAT_plugin::xnba;
my $tmp = xCAT_plugin::xnba::getstate($node);
my @a = split(' ', $tmp);
$state = $a[0];
}
elsif ($boottype eq "yaboot")
{
require xCAT_plugin::yaboot;
my $tmp = xCAT_plugin::yaboot::getstate($node);
my @a = split(' ', $tmp);
$state = $a[0];
}
elsif ($boottype eq "aixinstall")
{
require xCAT_plugin::aixinstall;
$state = xCAT_plugin::aixinstall::getNodesetState($node);
}
}
else
{ #default to AIX because AIX does not set noderes.netboot value
require xCAT_plugin::aixinstall;
$state = xCAT_plugin::aixinstall::getNodesetState($node);
}
#get the nodeset state from the chain table as a backup.
if ($state eq "undefined")
{
my $chaintab = xCAT::Table->new('chain');
my $stref = $chaintab->getNodeAttribs($node, ['currstate']);
if ($stref and $stref->{currstate}) { $state = $stref->{currstate}; }
}
return $state;
}
#-----------------------------------------------------------------------------
=head3 getsynclistfile
Get the synclist file for the nodes;
The arguments $os,$arch,$profile,$insttype are only available when no $nodes is specified
Arguments:
$nodes
$os
$arch
$profile
$insttype - installation type (can be install or netboot)
Returns:
When specified $nodes: reference of a hash of node=>synclist
Otherwise: full path of the synclist file
Globals:
none
Error:
Example:
my $node_syncfile=xCAT::SvrUtils->getsynclistfile($nodes);
my $syncfile=xCAT::SvrUtils->getsynclistfile(undef, 'sles11', 'ppc64', 'compute', 'netboot');
Comments:
none
=cut
#-----------------------------------------------------------------------------
sub getsynclistfile()
{
my $nodes = shift;
if (($nodes) && ($nodes =~ /xCAT::SvrUtils/))
{
$nodes = shift;
}
my ($os, $arch, $profile, $inst_type, $imgname) = @_;
my $installdir = xCAT::Utils->getInstallDir();
# for aix node, use the node figure out the profile, then use the value of
# profile (osimage name) to get the synclist file path (osimage.synclists)
if (xCAT::Utils->isAIX()) {
my %node_syncfile = ();
my %osimage_syncfile = ();
my @profiles = ();
# get the profile attributes for the nodes
my $nodetype_t = xCAT::Table->new('nodetype');
unless ($nodetype_t) {
return ;
}
my $nodetype_v = $nodetype_t->getNodesAttribs($nodes, ['profile', 'provmethod']);
# the vaule of profile for AIX node is the osimage name
foreach my $node (@$nodes) {
my $profile = $nodetype_v->{$node}->[0]->{'profile'};
my $provmethod=$nodetype_v->{$node}->[0]->{'provmethod'};
if ($provmethod) {
$profile=$provmethod;
}
$node_syncfile{$node} = $profile;
if (! grep /$profile/, @profiles) {
push @profiles, $profile;
}
}
# get the syncfiles base on the osimage
my $osimage_t = xCAT::Table->new('osimage');
unless ($osimage_t) {
return ;
}
foreach my $osimage (@profiles) {
my $synclist = $osimage_t->getAttribs({imagename=>"$osimage"}, 'synclists');
$osimage_syncfile{$osimage} = $synclist->{'synclists'};
}
# set the syncfiles to the nodes
foreach my $node (@$nodes) {
$node_syncfile{$node} = $osimage_syncfile{$node_syncfile{$node}};
}
return \%node_syncfile;
}
# if does not specify the $node param, default consider for genimage command
if ($nodes) {
my %node_syncfile = ();
my %node_insttype = ();
my %insttype_node = ();
# get the nodes installation type
xCAT::SvrUtils->getNodesetStates($nodes, \%insttype_node);
# convert the hash to the node=>type
foreach my $type (keys %insttype_node) {
foreach my $node (@{$insttype_node{$type}}) {
$node_insttype{$node} = $type;
}
}
# get the os,arch,profile attributes for the nodes
my $nodetype_t = xCAT::Table->new('nodetype');
unless ($nodetype_t) {
return ;
}
my $nodetype_v = $nodetype_t->getNodesAttribs($nodes, ['profile','os','arch','provmethod']);
foreach my $node (@$nodes) {
my $provmethod=$nodetype_v->{$node}->[0]->{'provmethod'};
if (($provmethod) && ( $provmethod ne "install") && ($provmethod ne "netboot") && ($provmethod ne "statelite")) {
# get the syncfiles base on the osimage
my $osimage_t = xCAT::Table->new('osimage');
unless ($osimage_t) {
return ;
}
my $synclist = $osimage_t->getAttribs({imagename=>$provmethod}, 'synclists');
if ($synclist && $synclist->{'synclists'}) {
$node_syncfile{$node} = $synclist->{'synclists'};
}
} else {
$inst_type = $node_insttype{$node};
if ($inst_type eq "netboot" || $inst_type eq "diskless" || $inst_type eq "statelite") {
$inst_type = "netboot";
} else {
$inst_type = "install";
}
$profile = $nodetype_v->{$node}->[0]->{'profile'};
$os = $nodetype_v->{$node}->[0]->{'os'};
$arch = $nodetype_v->{$node}->[0]->{'arch'};
my $platform = "";
if ($os) {
if ($os =~ /rh.*/) { $platform = "rh"; }
elsif ($os =~ /centos.*/) { $platform = "centos"; }
elsif ($os =~ /fedora.*/) { $platform = "fedora"; }
elsif ($os =~ /sles.*/) { $platform = "sles"; }
elsif ($os =~ /SL.*/) { $platform = "SL"; }
elsif ($os =~ /ubuntu.*/) { $platform = "ubuntu"; }
elsif ($os =~ /debian.*/) { $platform = "debian"; }
elsif ($os =~ /AIX.*/) { $platform = "AIX"; }
}
my $base = "$installdir/custom/$inst_type/$platform";
if (-r "$base/$profile.$os.$arch.synclist") {
$node_syncfile{$node} = "$base/$profile.$os.$arch.synclist";
} elsif (-r "$base/$profile.$arch.synclist") {
$node_syncfile{$node} = "$base/$profile.$arch.synclist";
} elsif (-r "$base/$profile.$os.synclist") {
$node_syncfile{$node} = "$base/$profile.$os.synclist";
} elsif (-r "$base/$profile.synclist") {
$node_syncfile{$node} = "$base/$profile.synclist";
}
}
}
return \%node_syncfile;
} else {
if ($imgname) {
my $osimage_t = xCAT::Table->new('osimage');
unless ($osimage_t) {
return ;
}
my $synclist = $osimage_t->getAttribs({imagename=>$imgname}, 'synclists');
if ($synclist && $synclist->{'synclists'}) {
return $synclist->{'synclists'};
}
}
my $platform = "";
if ($os) {
if ($os =~ /rh.*/) { $platform = "rh"; }
elsif ($os =~ /centos.*/) { $platform = "centos"; }
elsif ($os =~ /fedora.*/) { $platform = "fedora"; }
elsif ($os =~ /sles.*/) { $platform = "sles"; }
elsif ($os =~ /SL.*/) { $platform = "SL"; }
elsif ($os =~ /ubuntu.*/) { $platform = "ubuntu"; }
elsif ($os =~ /debian.*/) { $platform = "debian"; }
elsif ($os =~ /AIX.*/) { $platform = "AIX"; }
elsif ($os =~ /win/) {$platform = "windows"; }
}
my $base = "$installdir/custom/$inst_type/$platform";
if (-r "$base/$profile.$os.$arch.synclist") {
return "$base/$profile.$os.$arch.synclist";
} elsif (-r "$base/$profile.$arch.synclist") {
return "$base/$profile.$arch.synclist";
} elsif (-r "$base/$profile.$os.synclist") {
return "$base/$profile.$os.synclist";
} elsif (-r "$base/$profile.synclist") {
return "$base/$profile.synclist";
}
}
}
sub get_file_name {
my ($searchpath, $extension, $profile, $os, $arch, $genos) = @_;
#usally there're only 4 arguments passed for this function
#the $genos is only used for the Redhat family
my $dotpos = rindex($os, ".");
my $osbase = substr($os, 0, $dotpos);
#handle the following ostypes: sles10.2, sles11.1, rhels5.3, rhels5.4, etc
if (-r "$searchpath/$profile.$os.$arch.$extension") {
return "$searchpath/$profile.$os.$arch.$extension";
}
elsif (-r "$searchpath/$profile.$osbase.$arch.$extension") {
return "$searchpath/$profile.$osbase.$arch.$extension";
}
elsif (-r "$searchpath/$profile.$genos.$arch.$extension") {
return "$searchpath/$profile.$genos.$arch.$extension";
}
elsif (-r "$searchpath/$profile.$os.$extension") {
return "$searchpath/$profile.$os.$extension";
}
elsif (-r "$searchpath/$profile.$osbase.$extension") {
return "$searchpath/$profile.$osbase.$extension";
}
elsif (-r "$searchpath/$profile.$genos.$extension") {
return "$searchpath/$profile.$genos.$extension";
}
elsif (-r "$searchpath/$profile.$arch.$extension") {
return "$searchpath/$profile.$arch.$extension";
}
elsif (-r "$searchpath/$profile.$extension") {
return "$searchpath/$profile.$extension";
}
else {
return undef;
}
}
sub get_tmpl_file_name {
my $searchpath=shift;
if (($searchpath) && ($searchpath =~ /xCAT::SvrUtils/)) {
$searchpath = shift;
}
return xCAT::SvrUtils::get_file_name($searchpath, "tmpl", @_);
}
sub get_pkglist_file_name {
my $searchpath=shift;
if (($searchpath) && ($searchpath =~ /xCAT::SvrUtils/)) {
$searchpath = shift;
}
return xCAT::SvrUtils::get_file_name($searchpath, "pkglist", @_);
}
sub get_otherpkgs_pkglist_file_name {
my $searchpath=shift;
if (($searchpath) && ($searchpath =~ /xCAT::SvrUtils/)) {
$searchpath = shift;
}
return xCAT::SvrUtils::get_file_name($searchpath, "otherpkgs.pkglist", @_);
}
sub get_postinstall_file_name {
my $searchpath=shift;
if (($searchpath) && ($searchpath =~ /xCAT::SvrUtils/)) {
$searchpath = shift;
}
my $profile=shift;
my $os=shift;
my $arch=shift;
my $extension="postinstall";
my $dotpos = rindex($os, ".");
my $osbase = substr($os, 0, $dotpos);
#handle the following ostypes: sles10.2, sles11.1, rhels5.3, rhels5.4, etc
if (-x "$searchpath/$profile.$os.$arch.$extension") {
return "$searchpath/$profile.$os.$arch.$extension";
}
elsif (-x "$searchpath/$profile.$osbase.$arch.$extension") {
return "$searchpath/$profile.$osbase.$arch.$extension";
}
elsif (-x "$searchpath/$profile.$os.$extension") {
return "$searchpath/$profile.$os.$extension";
}
elsif (-x "$searchpath/$profile.$osbase.$extension") {
return "$searchpath/$profile.$osbase.$extension";
}
elsif (-x "$searchpath/$profile.$arch.$extension") {
return "$searchpath/$profile.$arch.$extension";
}
elsif (-x "$searchpath/$profile.$extension") {
return "$searchpath/$profile.$extension";
}
else {
return undef;
}
}
sub get_exlist_file_name {
my $searchpath=shift;
if (($searchpath) && ($searchpath =~ /xCAT::SvrUtils/)) {
$searchpath = shift;
}
return xCAT::SvrUtils::get_file_name($searchpath, "exlist", @_);
}
# for the "imgcapture" command
sub get_imgcapture_exlist_file_name {
my $searchpath = shift;
if ($searchpath and $searchpath =~ m/xCAT::SvrUtils/) {
$searchpath = shift;
}
return xCAT::SvrUtils::get_file_name($searchpath, "imgcapture.exlist", @_);
}
#-------------------------------------------------------------------------------
=head3 update_tables_with_templates
This function is called after copycds. Itwill get all the possible install templates
from the default directories for the given osver and arch and update the osimage table.
Arguments:
osver
arch
Returns:
an array (retcode, errmsg). The first one is the return code. If 0, it means succesful.
=cut
#-------------------------------------------------------------------------------
sub update_tables_with_templates
{
my $osver = shift; #like sle11, rhel5.3
if (($osver) && ($osver =~ /xCAT::SvrUtils/)) {
$osver = shift;
}
my $arch = shift; #like ppc64, x86, x86_64
my $osname=$osver;; #like sles, rh, centos, windows
my $ostype="Linux"; #like Linux, Windows
my $imagetype="linux";
if (($osver =~ /^win/) || ($osver =~ /^imagex/)) {
$osname="windows";
$ostype="Windows";
$imagetype="windows";
} else {
until (-r "$::XCATROOT/share/xcat/install/$osname/" or not $osname) {
chop($osname);
}
unless ($osname) {
return (1, "Unable to find $::XCATROOT/share/xcat/install directory for $osver");
}
}
#for rhels5.1 genos=rhel5
my $genos = $osver;
$genos =~ s/\..*//;
if ($genos =~ /rh.*s(\d*)/) {
$genos = "rhel$1";
}
#print "osver=$osver, arch=$arch, osname=$osname, genos=$genos\n";
my $installroot = xCAT::Utils->getInstallDir();
my $sitetab = xCAT::Table->new('site');
if ($sitetab) {
(my $ref) = $sitetab->getAttribs({key => "installdir"}, "value");
if ($ref and $ref->{value}) {
$installroot = $ref->{value};
}
}
my $cuspath="$installroot/custom/install/$osname";
my $defpath="$::XCATROOT/share/xcat/install/$osname";
#now get all the profile names for full installation
my %profiles=();
my @tmplfiles=glob($cuspath."/*.tmpl");
foreach (@tmplfiles) {
my $tmpf=basename($_);
#get the profile name out of the file, TODO: this does not work if the profile name contains the '.'
$tmpf =~ /^([^\.]*)\..*$/;
$tmpf = $1;
#print "$tmpf\n";
$profiles{$tmpf}=1;
}
@tmplfiles=glob($defpath."/*.tmpl");
foreach (@tmplfiles) {
my $tmpf=basename($_);
#get the profile name out of the file, TODO: this does not work if the profile name contains the '.'
$tmpf =~ /^([^\.]*)\..*$/;
$tmpf = $1;
$profiles{$tmpf}=1;
}
#update the osimage and linuximage table
my $osimagetab;
my $linuximagetab;
foreach my $profile (keys %profiles) {
#print "profile=$profile\n";
#get template file
my $tmplfile=get_tmpl_file_name ($cuspath, $profile, $osver, $arch, $genos);
if (!$tmplfile) { $tmplfile=get_tmpl_file_name ($defpath, $profile, $osver, $arch, $genos);}
if (!$tmplfile) { next; }
#get otherpkgs.pkglist file
my $otherpkgsfile=get_otherpkgs_pkglist_file_name($cuspath, $profile, $osver, $arch);
if (!$otherpkgsfile) { $otherpkgsfile=get_otherpkgs_pkglist_file_name($defpath, $profile, $osver, $arch);}
#get synclist file
my $synclistfile=xCAT::SvrUtils->getsynclistfile(undef, $osver, $arch, $profile, "netboot");
#get the pkglist file
my $pkglistfile=get_pkglist_file_name($cuspath, $profile, $osver, $arch);
if (!$pkglistfile) { $pkglistfile=get_pkglist_file_name($defpath, $profile, $osver, $arch);}
#now update the db
if (!$osimagetab) {
$osimagetab=xCAT::Table->new('osimage',-create=>1);
}
if ($osimagetab) {
#check if the image is already in the table
if ($osimagetab) {
my $found=0;
my $tmp1=$osimagetab->getAllEntries();
if (defined($tmp1) && (@$tmp1 > 0)) {
foreach my $rowdata(@$tmp1) {
if (($osver eq $rowdata->{osvers}) && ($arch eq $rowdata->{osarch}) && ($rowdata->{provmethod} eq "install") && ($profile eq $rowdata->{profile})){
$found=1;
last;
}
}
}
if ($found) { next; }
my $imagename=$osver . "-" . $arch . "-install-" . $profile;
#TODO: check if there happen to be a row that has the same imagename but with different contents
#now we can wirte the info into db
my %key_col = (imagename=>$imagename);
my %tb_cols=(imagetype=>$imagetype,
provmethod=>"install",
profile=>$profile,
osname=>$ostype,
osvers=>$osver,
osarch=>$arch,
synclists=>$synclistfile);
$osimagetab->setAttribs(\%key_col, \%tb_cols);
if ($osname !~ /^win/) {
if (!$linuximagetab) { $linuximagetab=xCAT::Table->new('linuximage',-create=>1); }
if ($linuximagetab) {
my %key_col = (imagename=>$imagename);
my %tb_cols=(template=>$tmplfile,
pkgdir=>"$installroot/$osver/$arch",
pkglist=>$pkglistfile,
otherpkglist=>$otherpkgsfile,
otherpkgdir=>"$installroot/post/otherpkgs/$osver/$arch");
$linuximagetab->setAttribs(\%key_col, \%tb_cols);
} else {
return (1, "Cannot open the linuximage table.");
}
}
} else {
return (1, "Cannot open the osimage table.");
}
}
}
if ($osimagetab) { $osimagetab->close(); }
if ($linuximagetab) { $linuximagetab->close(); }
return (0, "");
}
#-------------------------------------------------------------------------------
=head3 update_tables_with_diskless_image
This function is called after a diskless image is created by packimage.
It'll writes the newimage info into the osimage and the linuximage tables.
Arguments:
osver
arch
profile
Returns:
an array (retcode, errmsg). The first one is the return code. If 0, it means succesful.
=cut
#-------------------------------------------------------------------------------
sub update_tables_with_diskless_image
{
my $osver = shift; #like sle11, rhel5.3
if (($osver) && ($osver =~ /xCAT::SvrUtils/)) {
$osver = shift;
}
my $arch = shift; #like ppc64, x86, x86_64
my $profile = shift;
my $mode=shift;
my $provm="netboot";
if ($mode) { $provm = $mode; }
my $osname=$osver;; #like sles, rh, centos, windows
my $ostype="Linux"; #like Linux, Windows
my $imagetype="linux";
if (($osver =~ /^win/) || ($osver =~ /^imagex/)) {
$osname="windows";
$ostype="Windows";
$imagetype="windows";
} else {
until (-r "$::XCATROOT/share/xcat/netboot/$osname/" or not $osname) {
chop($osname);
}
unless ($osname) {
return (1, "Unable to find $::XCATROOT/share/xcat/netboot directory for $osver");
}
}
#for rhels5.1 genos=rhel5
my $genos = $osver;
$genos =~ s/\..*//;
if ($genos =~ /rh.*s(\d*)/) {
$genos = "rhel$1";
}
#print "osver=$osver, arch=$arch, osname=$osname, genos=$genos, profile=$profile\n";
my $installroot = xCAT::Utils->getInstallDir();
my $sitetab = xCAT::Table->new('site');
if ($sitetab) {
(my $ref) = $sitetab->getAttribs({key => "installdir"}, "value");
if ($ref and $ref->{value}) {
$installroot = $ref->{value};
}
}
my $cuspath="$installroot/custom/netboot/$osname";
my $defpath="$::XCATROOT/share/xcat/netboot/$osname";
my $osimagetab;
my $linuximagetab;
my %profiles=();
if ($profile) {
$profiles{$profile} = 1;
} else {
my @tmplfiles=glob($cuspath."/*.pkglist");
foreach (@tmplfiles) {
my $tmpf=basename($_);
#get the profile name out of the file, TODO: this does not work if the profile name contains the '.'
$tmpf =~ /^([^\.]*)\..*$/;
$tmpf = $1;
$profiles{$tmpf}=1;
}
@tmplfiles=glob($defpath."/*.pkglist");
foreach (@tmplfiles) {
my $tmpf=basename($_);
#get the profile name out of the file, TODO: this does not work if the profile name contains the '.'
$tmpf =~ /^([^\.]*)\..*$/;
$tmpf = $1;
$profiles{$tmpf}=1;
}
}
foreach my $profile (keys %profiles) {
#get the pkglist file
my $pkglistfile=get_pkglist_file_name($cuspath, $profile, $osver, $arch);
if (!$pkglistfile) { $pkglistfile=get_pkglist_file_name($defpath, $profile, $osver, $arch);}
#print "pkglistfile=$pkglistfile\n";
if (!$pkglistfile) { next;}
#get otherpkgs.pkglist file
my $otherpkgsfile=get_otherpkgs_pkglist_file_name($cuspath, $profile, $osver, $arch);
if (!$otherpkgsfile) { $otherpkgsfile=get_otherpkgs_pkglist_file_name($defpath, $profile, $osver, $arch);}
#get synclist file
my $synclistfile=xCAT::SvrUtils->getsynclistfile(undef, $osver, $arch, $profile, "netboot");
#get the exlist file
my $exlistfile=get_exlist_file_name($cuspath, $profile, $osver, $arch);
if (!$exlistfile) { $exlistfile=get_exlist_file_name($defpath, $profile, $osver, $arch); }
#get postinstall script file name
my $postfile=get_postinstall_file_name($cuspath, $profile, $osver, $arch);
if (!$postfile) { $postfile=get_postinstall_file_name($defpath, $profile, $osver, $arch); }
#now update the db
if (!$osimagetab) {
$osimagetab=xCAT::Table->new('osimage',-create=>1);
}
if ($osimagetab) {
#check if the image is already in the table
if ($osimagetab) {
my $found=0;
my $tmp1=$osimagetab->getAllEntries();
if (defined($tmp1) && (@$tmp1 > 0)) {
foreach my $rowdata(@$tmp1) {
if (($osver eq $rowdata->{osvers}) && ($arch eq $rowdata->{osarch}) && ($rowdata->{provmethod} eq $provm) && ($profile eq $rowdata->{profile})){
$found=1;
last;
}
}
}
if ($found) { print "The image is already in the db.\n"; next; }
my $imagename=$osver . "-" . $arch . "-$provm-" . $profile;
#TODO: check if there happen to be a row that has the same imagename but with different contents
#now we can wirte the info into db
my %key_col = (imagename=>$imagename);
my %tb_cols=(imagetype=>$imagetype,
provmethod=>$provm,
profile=>$profile,
osname=>$ostype,
osvers=>$osver,
osarch=>$arch,
synclists=>$synclistfile);
$osimagetab->setAttribs(\%key_col, \%tb_cols);
if ($osname !~ /^win/) {
if (!$linuximagetab) { $linuximagetab=xCAT::Table->new('linuximage',-create=>1); }
if ($linuximagetab) {
my %key_col = (imagename=>$imagename);
my %tb_cols=(pkglist=>$pkglistfile,
pkgdir=>"$installroot/$osver/$arch",
otherpkglist=>$otherpkgsfile,
otherpkgdir=>"$installroot/post/otherpkgs/$osver/$arch",
exlist=>$exlistfile,
postinstall=>$postfile,
rootimgdir=>"$installroot/netboot/$osver/$arch/$profile");
$linuximagetab->setAttribs(\%key_col, \%tb_cols);
} else {
return (1, "Cannot open the linuximage table.");
}
}
} else {
return (1, "Cannot open the osimage table.");
}
}
}
if ($osimagetab) { $osimagetab->close(); }
if ($linuximagetab) { $linuximagetab->close(); }
return (0, "");
}
#-------------------------------------------------------------------------------
=head3 get_mac_by_arp
Description:
Get the MAC address by arp protocol
Arguments:
nodes: a reference to nodes array
display: whether just display the result, if not 'yes', the result will
be written to the mac table.
Returns:
Return a hash with node name as key
Globals:
none
Error:
none
Example:
xCAT::Utils->get_mac_by_arp($nodes, $display);
Comments:
=cut
#-------------------------------------------------------------------------------
sub get_mac_by_arp ()
{
my ($class, $nodes, $display) = @_;
my $node;
my $data;
my %ret = ();
my $unreachable_nodes = "";
my $noderange = join (',', @$nodes);
my @output = xCAT::Utils->runcmd("/opt/xcat/bin/pping $noderange", -1);
foreach my $line (@output) {
my ($hostname, $result) = split ':', $line;
my ($token, $status) = split ' ', $result;
chomp($token);
if ($token eq 'ping') {
$node->{$hostname}->{reachable} = 1;
}
}
foreach my $n ( @$nodes ) {
if ( $node->{$n}->{reachable} ) {
my $output;
my $IP = xCAT::Utils::toIP( $n );
if ( xCAT::Utils->isAIX() ) {
$output = `/usr/sbin/arp -a`;
} else {
$output = `/sbin/arp -n`;
}
my ($ip, $mac);
my @lines = split /\n/, $output;
foreach my $line ( @lines ) {
if ( xCAT::Utils->isAIX() && $line =~ /\((\S+)\)\s+at\s+(\S+)/ ) {
($ip, $mac) = ($1,$2);
######################################################
# Change mac format to be same as linux, but without ':'
# For example: '0:d:60:f4:f8:22' to '000d60f4f822'
######################################################
if ( $mac)
{
my @mac_sections = split /:/, $mac;
for my $m (@mac_sections)
{
$m = "0$m" if ( length($m) == 1);
}
$mac = join '', @mac_sections;
}
} elsif ( $line =~ /^(\S+)+\s+\S+\s+(\S+)\s/ ) {
($ip, $mac) = ($1,$2);
} else {
($ip, $mac) = (undef,undef);
}
if ( @$IP[1] !~ $ip ) {
($ip, $mac) = (undef,undef);
} else {
last;
}
}
if ( $ip && $mac ) {
if ( $display ne "yes" ) {
#####################################
# Write adapter mac to database
#####################################
my $mactab = xCAT::Table->new( "mac", -create=>1, -autocommit=>1 );
$mactab->setNodeAttribs( $n,{mac=>$mac} );
$mactab->close();
}
$ret{$n} = "MAC Address: $mac";
} else {
$ret{$n} = "Cannot find MAC Address in arp table, please make sure target node and management node are in same network.";
}
} else {
$ret{$n} = "Unreachable.";
}
}
return \%ret;
}
#-------------------------------------------------------------------------------
=head3 get_nodename_from_request
Description:
Determine whether _xcat_clienthost or _xcat_fqdn is the correct
nodename and return it.
Arguments:
request: node request to look at
Returns:
The name of the node.
Globals:
none
Error:
none
Example:
xCAT::Utils->get_nodenane_from_request($request);
Comments:
=cut
#-------------------------------------------------------------------------------
sub get_nodename_from_request()
{
my $request = shift;
if($request->{node}){
return $request->{node};
}elsif($request->{'_xcat_clienthost'}){
my @nodenames = noderange($request->{'_xcat_clienthost'}->[0].",".$request->{'_xcat_clientfqdn'}->[0]);
return \@nodenames;
}
return undef;
}
# some directories will have xCAT database values, like:
# $nodetype.os. If that is the case we need to open up
# the database and look at them. We need to make sure
# we do this sparingly... We don't like tons of hits
# to the database.
sub subVars {
my $dir = shift;
if (($dir) && ($dir =~ /xCAT::SvrUtils/))
{
$dir = shift;
}
my $node = shift;
my $type = shift;
my $callback = shift;
# parse all the dollar signs...
# if its a directory then it has a / in it, so you have to parse it.
# if its a server, it won't have one so don't worry about it.
my @arr = split("/", $dir);
my $fdir = "";
foreach my $p (@arr){
# have to make this geric so $ can be in the midle of the name: asdf$foobar.sitadsf
if($p =~ /\$/){
my $pre;
my $suf;
my @fParts;
if($p =~ /([^\$]*)([^# ]*)(.*)/){
$pre= $1;
$p = $2;
$suf = $3;
}
# have to sub here:
# get rid of the $ sign.
foreach my $part (split('\$',$p)){
if($part eq ''){ next; }
#$callback->({error=>["part is $part"],errorcode=>[1]});
# check if p is just the node name:
if($part eq 'node'){
# it is so, just return the node.
#$fdir .= "/$pre$node$suf";
push @fParts, $node;
}else{
# ask the xCAT DB what the attribute is.
my ($table, $col) = split('\.', $part);
unless($col){ $col = 'UNDEFINED' };
my $tab = xCAT::Table->new($table);
unless($tab){
$callback->({error=>["$table does not exist"],errorcode=>[1]});
return;
}
my $ent;
my $val;
if($table eq 'site'){
$val = $tab->getAttribs( { key => "$col" }, 'value' );
$val = $val->{'value'};
}else{
$ent = $tab->getNodeAttribs($node,[$col]);
$val = $ent->{$col};
}
unless($val){
# couldn't find the value!!
$val = "UNDEFINED"
}
push @fParts, $val;
}
}
my $val = join('.', @fParts);
if($type eq 'dir'){
$fdir .= "/$pre$val$suf";
}else{
$fdir .= $pre . $val . $suf;
}
}else{
# no substitution here
$fdir .= "/$p";
}
}
# now that we've processed variables, process commands
# this isn't quite rock solid. You can't name directories with #'s in them.
if($fdir =~ /#CMD=/){
my $dir;
foreach my $p (split(/#/,$fdir)){
if($p =~ /CMD=/){
$p =~ s/CMD=//;
my $cmd = $p;
#$callback->({info=>[$p]});
$p = `$p 2>&1`;
chomp($p);
#$callback->({info=>[$p]});
unless($p){
$p = "#CMD=$p did not return output#";
}
}
$dir .= $p;
}
$fdir = $dir;
}
return $fdir;
}
sub setupNFSTree {
my $node = shift;
if (($node) && ($node =~ /xCAT::SvrUtils/))
{
$node = shift;
}
my $sip = shift;
my $callback = shift;
my $cmd = "litetree $node";
my @uris = xCAT::Utils->runcmd($cmd, 0);
foreach my $uri (@uris) {
# parse the result
# the result looks like "nodename: nfsserver:directory";
$uri =~ m/\Q$node\E:\s+(.+):(.+)$/;
my $nfsserver = $1;
my $nfsdirectory = $2;
if($nfsserver eq $sip) { # on the service node
unless (-d $nfsdirectory) {
if (-e $nfsdirectory) {
unlink $nfsdirectory;
}
mkpath $nfsdirectory;
}
$cmd = "showmount -e $nfsserver";
my @entries = xCAT::Utils->runcmd($cmd, 0);
shift @entries;
if(grep /\Q$nfsdirectory\E/, @entries) {
$callback->({data=>["$nfsdirectory has been exported already!"]});
# nothing to do
}else {
$cmd = "/usr/sbin/exportfs :$nfsdirectory";
xCAT::Utils->runcmd($cmd, 0);
# exportfs can export this directory immediately
$callback->({data=>["now $nfsdirectory is exported!"]});
$cmd = "cat /etc/exports";
@entries = xCAT::Utils->runcmd($cmd, 0);
unless (my $entry = grep /\Q$nfsdirectory\E/, @entries) {
#if there's no entry in /etc/exports, one with default options will be added
$cmd = qq{echo "$nfsdirectory *(rw,no_root_squash,sync,no_subtree_check)" >> /etc/exports};
xCAT::Utils->runcmd($cmd, 0);
$callback->({data=>["$nfsdirectory is added to /etc/exports with default option"]});
}
}
}
}
}
sub setupStatemnt {
my $sip = shift;
if (($sip) && ($sip=~ /xCAT::SvrUtils/))
{
$sip = shift;
}
my $statemnt = shift;
my $callback = shift;
$statemnt =~ m/^(.+):(.+)$/;
my $nfsserver = $1;
my $nfsdirectory = $2;
if($sip eq xCAT::NetworkUtils->getipaddr($nfsserver)) {
unless (-d $nfsdirectory) {
if (-e $nfsdirectory) {
unlink $nfsdirectory;
}
mkpath $nfsdirectory;
}
my $cmd = "showmount -e $nfsserver";
my @entries = xCAT::Utils->runcmd($cmd, 0);
shift @entries;
if(grep /\Q$nfsdirectory\E/, @entries) {
$callback->({data=>["$nfsdirectory has been exported already!"]});
} else {
$cmd = "/usr/sbin/exportfs :$nfsdirectory -o rw,no_root_squash,sync,no_subtree_check";
xCAT::Utils->runcmd($cmd, 0);
$callback->({data=>["now $nfsdirectory is exported!"]});
# add the directory into /etc/exports if not exist
$cmd = "cat /etc/exports";
@entries = xCAT::Utils->runcmd($cmd, 0);
if(my $entry = grep /\Q$nfsdirectory\E/, @entries) {
unless ($entry =~ m/rw/) {
$callback->({data=>["The $nfsdirectory should be with rw option in /etc/exports"]});
}
}else {
xCAT::Utils->runcmd(qq{echo "$nfsdirectory *(rw,no_root_squash,sync,no_subtree_check)" >>/etc/exports}, 0);
$callback->({data => ["$nfsdirectory is added into /etc/exports with default options"]});
}
}
}
}
#-------------------------------------------------------------------------------------------
# Common method to send info back to the client
# The last two args are optional, though $allerrornodes will unlikely be there without $node
# TODO: investigate possibly removing this and using MsgUtils instead
#
#--------------------------------------------------------------------------------------------
sub sendmsg {
my $text = shift;
my $callback = shift;
my $node = shift;
my %allerrornodes = shift;
my $descr;
my $rc;
if (ref $text eq 'HASH') {
die "not right now";
} elsif (ref $text eq 'ARRAY') {
$rc = $text->[0];
$text = $text->[1];
}
if ($text =~ /:/) {
($descr,$text) = split /:/,$text,2;
}
$text =~ s/^ *//;
$text =~ s/ *$//;
my $msg;
my $curptr;
if ($node) {
$msg->{node}=[{name => [$node]}];
$curptr=$msg->{node}->[0];
} else {
$msg = {};
$curptr = $msg;
}
if ($rc) {
$curptr->{errorcode}=[$rc];
$curptr->{error}=[$text];
$curptr=$curptr->{error}->[0];
if (defined $node && %allerrornodes) {
$allerrornodes{$node}=1;
}
} else {
$curptr->{data}=[{contents=>[$text]}];
$curptr=$curptr->{data}->[0];
if ($descr) { $curptr->{desc}=[$descr]; }
}
# print $outfd freeze([$msg]);
# print $outfd "\nENDOFFREEZE6sK4ci\n";
# yield;
# waitforack($outfd);
$callback->($msg);
}
#-------------------------------------------------------------------------------
=head3 build_deps
Look up the "deps" table to generate the dependencies for the nodes
Arguments:
nodes: The nodes list in an array reference
Returns:
depset: dependencies hash reference
Globals:
none
Error:
none
Example:
my $deps = xCAT::SvrUtils->build_deps($req->{node});
Comments:
none
=cut
#-------------------------------------------------------------------------------
sub build_deps()
{
my ($class, $nodes, $cmd) = @_;
my %depshash = ();
my $depstab = xCAT::Table->new('deps');
if (!defined($depstab)) {
return undef;
}
my $depset = $depstab->getNodesAttribs($nodes,[qw(nodedep msdelay cmd)]);
if (!defined($depset))
{
return undef;
}
foreach my $node (@$nodes) {
# Delete the nodes without dependencies from the hash
if (!defined($depset->{$node}[0])) {
delete($depset->{$node});
}
}
# the deps hash does not check the 'cmd',
# use the realdeps to reflect the 'cmd' also
my $realdep;
foreach my $node (@$nodes) {
foreach my $depent (@{$depset->{$node}}){
my @depcmd = split(/,/, $depent->{'cmd'});
#dependency match
if (grep(/^$cmd$/, @depcmd)) {
#expand the noderange
my @nodedep = xCAT::NodeRange::noderange($depent->{'nodedep'},1);
my $depsnode = join(',', @nodedep);
if ($depsnode) {
$depent->{'nodedep'} = $depsnode;
push @{$realdep->{$node}}, $depent;
}
}
}
}
return $realdep;
}
#-------------------------------------------------------------------------------
=head3 handle_deps
Group the nodes according to the deps hash returned from build_deps
Arguments:
deps: the dependencies hash reference
nodes: The nodes list in an array reference
$callback: sub request callback
Returns:
nodeseq: the nodes categorized based on dependencies
returns 1 if runs into problem
Globals:
none
Error:
none
Example:
my $deps = xCAT::SvrUtils->handle_deps($deps, $req->{node});
Comments:
none
=cut
#-------------------------------------------------------------------------------
sub handle_deps()
{
my ($class, $dephash, $nodes, $callback) = @_;
# a small subroutine to remove some specific node from a comma separated list
sub remove_node_from_list()
{
my ($string, $nodetoremove) = @_;
my @arr = split(',', $string);
my @newarr = ();
foreach my $tmp (@arr) {
if ($tmp ne $nodetoremove) {
push @newarr, $tmp;
}
}
return join(',', @newarr);
}
# This is an example of the deps hash ref
# DB<3> x $deps
#0 HASH(0x239db47c)
# 'aixcn1' => ARRAY(0x23a26be0)
# 0 HASH(0x23a21968)
# 'cmd' => 'off'
# 'msdelay' => 10000
# 'node' => 'aixcn1'
# 'nodedep' => 'aixmn2'
# 'aixsn1' => ARRAY(0x23a2219c)
# 0 HASH(0x23a21728)
# 'cmd' => 'off'
# 'msdelay' => 10000
# 'node' => 'aixsn1'
# 'nodedep' => 'aixcn1'
#copy the dephash, do not manipulate the subroutine argument $dephash
my $deps;
foreach my $node (keys %{$dephash}) {
my $i = 0;
for ($i = 0; $i < scalar(@{$dephash->{$node}}); $i++) {
foreach my $attr (keys %{$dephash->{$node}->[$i]}) {
$deps->{$node}->[$i]->{$attr} = $dephash->{$node}->[$i]->{$attr};
}
}
}
#needs to search the nodes list a lot of times
#using hash will be more effective
my %nodelist;
foreach my $node (@{$nodes}) {
$nodelist{$node} = 1;
}
# check if any depnode is not in the nodelist,
# print warning message
my $depsnotinargs;
foreach my $node (keys %{$deps}){
my $keepnode = 0;
foreach my $depent (@{$deps->{$node}}){
# an autonomy dependency group?
foreach my $dep (split(/,/, $depent->{'nodedep'})) {
if (!defined($nodelist{$dep})) {
$depsnotinargs->{$dep} = 1;
$depent->{'nodedep'} = &remove_node_from_list($depent->{'nodedep'}, $dep);
}
}
if ($depent->{'nodedep'}) {
$keepnode = 1;
}
}
if (!$keepnode) {
delete($deps->{$node});
}
}
if (scalar(keys %{$depsnotinargs}) > 0) {
my $n = join(',', keys %{$depsnotinargs});
my %output;
$output{data} = ["The following nodes are dependencies for some nodes passed in through arguments, but not in the command arguments: $n, make sure these nodes are in correct state"];
$callback->( \%output );
}
my $arrayindex = 0;
my $nodeseq;
#handle all the nodes
while (keys %nodelist) {
my @curnodes;
foreach my $node (keys %nodelist) {
#no dependency
if (!defined($deps->{$node})) {
$nodeseq->[$arrayindex]->{$node} = 1;
delete($nodelist{$node});
push @curnodes, $node;
}
}
if (scalar(@curnodes) == 0) {
# no nodes in this loop at all,
# means infinite loop???
my %output;
my $nodesinlist = join(',', keys %nodelist);
$output{errorcode}=1;
$output{data} = ["Loop dependency, check your deps table, may be related to the following nodes: $nodesinlist"];
$callback->( \%output );
return 1;
}
# update deps for the next loop
# remove the node from the 'nodedep' attribute
my $keepnode = 0;
foreach my $nodeindeps (keys %{$deps}) {
my $keepnode = 0;
foreach my $depent (@{$deps->{$nodeindeps}}){
#remove the curnodes from the 'nodedep'
foreach my $nodetoremove (@curnodes) {
$depent->{'nodedep'} = &remove_node_from_list($depent->{'nodedep'}, $nodetoremove);
}
if ($depent->{'nodedep'}) {
$keepnode = 1;
}
}
if (!$keepnode) {
delete($deps->{$nodeindeps});
}
}
# the round is over, jump to the next arrary entry
$arrayindex++;
}
return $nodeseq;
}
1;