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ec2ops.pl
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ec2ops.pl
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use List::Util qw[min max];
$prefix = "euca";
$runat = "runat 30";
%cleanup_artifacts, %static_artifacts, %current_artifacts;
$remote_pre = "";
$remote_post = "";
$trycount = 180;
$instance_run_timeout=600;
$pingtries = 30;
$ofile = "ubero";
%masters, %slaves, %roles, %cc_has_broker;
$use_virtio = 0;
$networkmode="";
$ismanaged = 1;
$isha = 0;
$cleanup = 1;
$library_sleep = 0;
$devname = "/dev/sdc";
$emitype = "instancestoreemi";
$keypath = ".";
$bfe_image = "http://mirror.qa.eucalyptus-systems.com/bfebs-image/bfebs.img";
$piperetries = 1;
$imgfile="";
sub save_volid {
my $vol = shift @_;
if ($vol =~ /vol/ && -d "../etc/" ) {
open(RFH, ">>../etc/vols.lst");
print RFH "$vol\n";
close(RFH);
}
return(0);
}
sub setinstanceruntimeout {
my $timeout = shift @_ || 600;
if ($timeout > 0 && $timeout < 86400) {
$instance_run_timeout = $timeout;
}
}
sub exit_if_not_ha {
my $component = shift @_ || "CLC";
if ($masters{$component} && $slaves{$component}) {
return(0);
}
doexit(1, "WARN: non-ha configuration detected for component '$component', exiting 1\n");
}
sub seteucaconf {
my $key = shift @_;
my $val = shift @_;
if (!$key || !$val) {
doexit(1, "ERROR: invalid key/val passed to seteucaconf ($key/$val)\n");
}
$cmd = "$runat $remote_pre 'sed -i \"s/DISABLE_DNS.*/$key=\\\"$val\\\"/\" /opt/eucalyptus/etc/eucalyptus/eucalyptus.conf' $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
$cmd = "$runat $remote_pre 'sed -i \"s/DISABLE_DNS.*/$key=\\\"$val\\\"/\" /etc/eucalyptus/eucalyptus.conf' $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: could not set property $key to $val\n");
}
}
return(0);
}
sub setproperties {
my $key = shift @_;
my $val = shift @_;
if (! $key || ! $val || $key eq "" || $val eq "") {
doexit(1, "ERROR: no key/val to set ($key/$val)\n");
}
$cmd = "$runat $remote_pre euca-modify-property -p $key=$val $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: could not set property $key to $val\n");
}
return(0);
}
sub setzone {
my $zone = shift @_ || "default";
if ($zone ne "default" && $static_artifacts{"availabilityzones"} =~ /$zone/) {
$current_artifacts{"availabilityzone"} = $zone;
}
return(0);
}
sub setpingtries {
my $tries = shift @_ || 30;
if ($tries > 0 && $tries < 9000) {
$pingtries = $tries;
}
return(0);
}
sub setkeypath {
$keypath = shift @_ || ".";
if (! -d "$keypath") {
$keypath = ".";
return(1);
}
return(0);
}
sub setcleanup {
$cleanup = shift @_ || "yes";
if ($cleanup eq "no") {
$cleanup = 0;
} else {
$cleanup = 1;
}
return(0);
}
sub settrycount {
my $tries = shift @_ || 180;
if ($tries > 0 && $tries < 9000) {
$trycount = $tries;
}
return(0);
}
sub setfailuretype {
#options are script, net, reboot
my $type = shift @_ || "script";
if ($type ne "script" && $type ne "net" && $type ne "reboot") {
doexit(1, "FAILED: invalid failure type $type\n");
}
$current_artifacts{"failtype"} = $type;
return(0);
}
sub install_ec2_api_tools {
my $filever = shift @_ || "latest";
my $file, $ver;
if ($filever eq "latest") {
$ver = "ec2-api-tools";
$file = "$ver.zip";
} else {
$ver = $filever;
$file = $filever . ".zip";
}
if ( ! -f "$file" ) {
my $url = "http://s3.amazonaws.com/ec2-downloads/$file";
my $cmd = "wget $url";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: could not download ec2 api tools from '$url'\n");
}
}
run_command("scp -o StrictHostKeyChecking=no $file root\@$current_artifacts{remoteip}:/tmp/");
run_command("ssh -o StrictHostKeyChecking=no root\@$current_artifacts{remoteip} 'cd /tmp/; unzip -o $file'");
if ($filever eq "latest") {
$cmd = "$runat ssh -o StrictHostKeyChecking=no root\@$current_artifacts{remoteip} 'ls -1ad /tmp/ec2-api-tools\*/'";
} else {
$cmd = "$runat ssh -o StrictHostKeyChecking=no root\@$current_artifacts{remoteip} 'ls -1ad /tmp/$ver/'";
}
my ($rc, $crc, $buf) = piperun($cmd, "grep ec2-api-tools | tail -n 1", "ubero");
if ($rc || $crc || !$buf) {
doexit(1, "FAILED: could not find ec2 API tools location on remote machine\n");
}
$current_artifacts{"ec2apilocation"} = "$buf";
setremote();
return(0);
}
sub use_ec2_api_tools {
setprefix("ec2");
}
sub use_euca2ools {
setprefix("euca");
}
sub control_component {
my $ftype = $current_artifacts{"failtype"} || "script";
if ($ftype eq "script") {
return(control_component_script(@_));
} elsif ($ftype eq "net") {
return(control_component_net(@_));
} elsif ($ftype eq "reboot") {
return(control_component_reboot(@_));
} else {
doexit(1, "FAILED: could not find control driver for failtype $ftype\n");
}
return(0);
}
sub control_component_reboot {
my $op = shift @_ || "START";
my $component = shift @_ || "CLC00";
my $rank = shift @_ || "MASTER";
my $ip, $cmd, $cleancmd;
if ($rank eq "MASTER") {
$ip = $masters{"$component"};
} else {
$ip = $slaves{"$component"};
}
if (! ($ip =~ /\d+\.\d+\.\d+\.\d+/) ) {
print "\tWARN: could not detemine component ip ($component, $rank, $op), skipping\n";
return(0);
}
$current_artifacts{"controlip"} = $ip;
if ($op ne "STOP") {
my $done=0;
my $i;
for ($i=0; $i<300 && !$done; $i++) {
print "\ttesting network connectivity: $ip\n";
$cmd = "$runat ping -c 1 $ip";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if (!$rc && !$crc) {
$done++;
}
sleep(1);
}
if (!$done) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cmd\n");
}
sleep(30);
$cmd = "$runat ssh -o StrictHostKeyChecking=no root\@$ip 'ntpdate pool.ntp.org'";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
print "WARN: could not run time sync ($cmd, $rc, $crc, $buf)\n";
}
return(control_component_script($op, $component, $rank));
}
$cmd = "$runat ssh -o StrictHostKeyChecking=no root\@$ip 'reboot -f >/dev/null 2>&1 </dev/null &'";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cmd\n");
}
return(0);
}
sub control_component_net {
my $op = shift @_ || "START";
my $component = shift @_ || "CLC";
my $rank = shift @_ || "MASTER";
my $ip, $cmd, $cleancmd;
if ($rank eq "MASTER") {
$ip = $masters{"$component"};
} else {
$ip = $slaves{"$component"};
}
if (! ($ip =~ /\d+\.\d+\.\d+\.\d+/) ) {
print "\tWARN: could not detemine component ip ($component, $rank, $op), skipping\n";
return(0);
}
$current_artifacts{"controlip"} = $ip;
if ($op ne "STOP") {
my $done=0;
my $i;
for ($i=0; $i<120 && !$done; $i++) {
print "\ttesting network connectivity: $ip\n";
$cmd = "$runat ping -c 1 $ip";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if (!$rc && !$crc) {
$done++;
}
sleep(1);
}
if (!$done) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cmd\n");
}
return(0);
}
$cmd = "$runat scp -o StrictHostKeyChecking=no cyclenet.pl root\@$ip:/tmp/";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cmd\n");
}
$cmd = "$runat ssh -o StrictHostKeyChecking=no root\@$ip '/tmp/cyclenet.pl 120 $ip >/dev/null 2>&1 </dev/null &'";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cmd\n");
}
return(0);
}
sub control_component_script {
my $op = shift @_ || "START";
my $component = shift @_ || "CLC";
my $rank = shift @_ || "MASTER";
my $ip, $cmd, $cleancmd;
if ($rank eq "MASTER") {
$ip = $masters{"$component"};
} else {
$ip = $slaves{"$component"};
}
if (! ($ip =~ /\d+\.\d+\.\d+\.\d+/) ) {
print "\tWARN: could not detemine component ip ($component, $rank, $op), skipping\n";
return(0);
}
$current_artifacts{"controlip"} = $ip;
$oldrunat = $runat;
setrunat("runat 120");
$cmd = "$runat ssh -o StrictHostKeyChecking=no root\@$ip '";
if ($component =~ /CC\d+/) {
$cmd .= " $current_artifacts{eucahome}/etc/init.d/eucalyptus-cc ";
if ($op eq "STOP") {
$cmd .= "cleanstop";
$cleancmd = "$runat scp -o StrictHostKeyChecking=no cleannet.pl root\@$ip:/tmp/";
my ($rc, $crc, $buf) = piperun($cleancmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cleancmd\n");
}
$cleancmd = "$runat scp -o StrictHostKeyChecking=no ../input/2b_tested.lst root\@$ip:/tmp/";
my ($rc, $crc, $buf) = piperun($cleancmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cleancmd\n");
}
$cleancmd = "$runat ssh -o StrictHostKeyChecking=no root\@$ip /tmp/cleannet.pl /tmp/2b_tested.lst";
} else {
$cmd .= "cleanstart";
}
if ($cc_has_broker{"$component"}) {
$cmd .= "; $current_artifacts{eucahome}/etc/init.d/eucalyptus-cloud ";
if ($op eq "STOP") {
$cmd .= "stop";
} else {
$cmd .= "start";
}
}
} elsif ($component =~ /NC\d+/) {
$cmd .= " $current_artifacts{eucahome}/etc/init.d/eucalyptus-nc ";
if ($op eq "STOP") {
$cmd .= "stop";
} else {
$cmd .= "start";
}
} else {
$cmd .= " $current_artifacts{eucahome}/etc/init.d/eucalyptus-cloud ";
if ($op eq "STOP") {
$cmd .= "stop";
} else {
$cmd .= "start";
}
}
$cmd .= "'";
my ($crc, $rc, $buf) = piperun($cmd, "", "ubero");
if (($crc || $rc)) {
print "WARN: failed to $op component ($crc, $rc, $buf)\n";
}
if ($cleancmd) {
my ($rc, $crc, $buf) = piperun($cleancmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAILED: ($rc, $crc, $buf) = $cleancmd\n");
}
}
setrunat("$oldrunat");
return(0);
}
sub setrunat {
my $newrunat = shift @_ || "runat 30";
$runat = $newrunat;
return(0);
}
sub print_all_metadata {
print "cleanup_artifacts: \n";
foreach $key (keys(%cleanup_artifacts)) {
$val = $cleanup_artifacts{$key};
print "\t$key=$val\n";
}
print "static_artifacts: \n";
foreach $key (keys(%static_artifacts)) {
$val = $static_artifacts{$key};
print "\t$key=$val\n";
}
print "current_artifacts: \n";
foreach $key (keys(%current_artifacts)) {
$val = $current_artifacts{$key};
print "\t$key=$val\n";
}
}
sub describe_services {
$oldrunat = $runat;
setrunat("runat 10");
if ($masters{CLC}) {
$cmd = "$runat ping -c 1 $masters{CLC}";
($crc, $rc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
print "WARN: cannot ping $masters{CLC} to determine service status\n";
} else {
setremote($masters{CLC});
$cmd = "$runat $remote_pre if netstat -tan | grep 8443 >/dev/null ; then euca-describe-services --system-internal; else exit 1; fi $remote_post";
($crc, $rc, $buf) = piperun($cmd, "", "ubero");
if ($crc || $rc) {
print "WARN: describe-services failed on $masters{CLC}\n";
} else {
$current_artifacts{"master_ds_buf"} = $buf;
}
}
}
if ($slaves{CLC}) {
$cmd = "$runat ping -c 1 $slaves{CLC}";
($crc, $rc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
print "WARN: cannot ping $slaves{CLC} to determine service status\n";
} else {
setremote($slaves{CLC});
$cmd = "$runat $remote_pre if netstat -tan | grep 8443 >/dev/null ; then euca-describe-services --system-internal; else exit 1; fi $remote_post";
($crc, $rc, $buf) = piperun($cmd, "", "ubero");
if ($crc || $rc) {
print "WARN: describe-services failed on $slaves{CLC}\n";
} else {
$current_artifacts{"slave_ds_buf"} = $buf;
}
}
}
setrunat("$oldrunat");
return(0);
}
sub find_real_master {
my $component = shift @_ || "CLC";
my $service = "";
if ($component =~ "CLC") {
$service = "eucalyptus";
} elsif ($component =~ "SC") {
$service = "storage";
} elsif ($component =~ "CC") {
$service = "cluster";
} elsif ($component =~ "WS") {
$service = "walrus";
} elsif ($component =~ "ARB") {
$service = "arbitrator";
} else {
return(0);
}
print "\nLooking for enabled $component\n";
my $enabled_clc = "";
if ($masters{$component}) {
open(FH, ">/tmp/ec2ops.out.$$");
print FH "$current_artifacts{master_ds_buf}\n";
close(FH);
$cmd = "cat /tmp/ec2ops.out.$$";
if ($service ne "arbitrator") {
print "\tsearching for enabled service=$service\n";
($crc, $rc, $buf) = piperun($cmd, "egrep -e 'SERVICE[[:space:]]+$service' | awk '{print \$5, \$7, \$8}' | grep ENABLED | grep $masters{$component} | head -n 1", "ubero");
print "\tfound rc=$rc, crc=$crc, buf=$buf\n";
} else {
print "RUNNING: $cmd : $masters{$component} : $service\n";
system("$cmd");
($crc, $rc, $buf) = piperun($cmd, "egrep -e 'SERVICE[[:space:]]+$service' | awk '{print \$5, \$7, \$8}' | grep $masters{$component} | head -n 1", "ubero");
print "DONE: $crc $rc |$buf|\n";
}
if ($crc) {
print "\t$component $masters{$component}: cannot determine status\n";
} elsif ($rc || !$buf || $buf eq "") {
print "\t$component $masters{$component}: is not enabled\n";
} else {
print "\t$component $masters{$component}: is enabled\n";
$enabled_clc = $masters{$component};
}
}
if ($slaves{$component}) {
if ($component eq "CLC") {
open(FH, ">/tmp/ec2ops.out.$$");
print FH "$current_artifacts{slave_ds_buf}\n";
close(FH);
} else {
open(FH, ">/tmp/ec2ops.out.$$");
print FH "$current_artifacts{master_ds_buf}\n";
close(FH);
}
$cmd = "cat /tmp/ec2ops.out.$$";
if ($service ne "arbitrator") {
print "\tsearching for enabled service=$service\n";
($crc, $rc, $buf) = piperun($cmd, "egrep -e 'SERVICE[[:space:]]+$service' | awk '{print \$5, \$7, \$8}' | grep ENABLED | grep $slaves{$component} | head -n 1", "ubero");
print "\tfound rc=$rc, crc=$crc, buf=$buf\n";
} else {
print "RUNNING: $cmd : $masters{$component} : $service\n";
system("$cmd");
($crc, $rc, $buf) = piperun($cmd, "egrep -e 'SERVICE[[:space:]]+$service' | awk '{print \$5, \$7, \$8}' | grep $slaves{$component} | head -n 1", "ubero");
print "DONE: $crc $rc |$buf|\n";
}
if ($crc) {
print "\t$component $slaves{$component}: cannot determine status\n";
} elsif ($rc || !$buf || $buf eq "") {
print "\t$component $slaves{$component}: is not enabled\n";
} else {
if ($enabled_clc ne "") {
print "WARN: both $component are marked as enabled\n";
} else {
print "\t$component $slaves{$component}: is enabled\n";
$enabled_clc = $slaves{$component};
}
}
}
if ($enabled_clc eq "") {
print "WARN: neither $component is marked as enabled\n";
return(1);
} else {
if ($masters{$component} ne $enabled_clc) {
my $tmp = $slaves{$component};
$slaves{$component} = $masters{$component};
$masters{$component} = $tmp;
}
}
return(0);
}
sub find_master_arbitrator {
$cmd = "$runat $remote_pre euca_conf --list-arbitrators $remote_post";
($crc, $rc, $buf) = piperun($cmd, "grep ARBITRATOR | grep $masters{CLC} | head -n 1 | awk '{print \$2}'", "$ofile");
if ($crc || $rc || !$buf || $buf eq "") {
doexit(1, "ERROR: cannot find arbitrator for master CLC ($masters{CLC}): ($crc, $rc, $buf)\n");
}
$current_artifacts{"master_arbitrator"} = $buf;
$current_artifacts{"master_arbitrator_host"} = $masters{CLC};
return(0);
}
sub find_arbitrator {
my $component = shift @_;
my $service = "arbitrator";
print "\nLooking for arbitrator\n";
open(FH, ">/tmp/ec2ops.out.$$");
print FH "$current_artifacts{master_ds_buf}\n";
close(FH);
$cmd = "cat /tmp/ec2ops.out.$$";
($crc, $rc, $buf) = piperun($cmd, "egrep -e 'SERVICE[[:space:]]+$service' | awk '{print \$5, \$7, \$8}' | grep ENABLED | grep $component | head -n 1", "ubero");
if ($crc) {
print "\t$service $component: cannot determine status\n";
} elsif ($rc || !$buf || $buf eq "") {
print "\t$service $component: is not enabled\n";
} else {
print "\t$service $component: is enabled\n";
unlink("/tmp/ec2ops.out.$$");
return $component;
}
unlink("/tmp/ec2ops.out.$$");
return "";
}
sub sync_qa_credentials {
my $fromip = shift @_;
my $toip = shift @_;
print "\tsync_qa_credentials: FROM=$fromip TO=$toip\n";
if ($fromip =~ /\d+\.\d+\.\d+\.\d+/ && $toip =~ /\d+\.\d+\.\d+\.\d+/) {
my $cmd = "ssh -o StrictHostKeyChecking=no root\@$fromip 'if ( ! test -f /root/admin_cred.zip ); then $current_artifacts{eucahome}/usr/sbin/euca_conf --get-credentials /root/admin_cred.zip; fi'";
run_command("$cmd", "no");
my $cmd = "scp -o StrictHostKeyChecking=no root\@$fromip:/root/admin_cred.zip /tmp/admin_cred.zip.$$";
run_command("$cmd", "no");
my $cmd = "scp -o StrictHostKeyChecking=no /tmp/admin_cred.zip.$$ root\@$toip:/root/admin_cred.zip";
run_command("$cmd", "no");
my $cmd = "scp -o StrictHostKeyChecking=no root\@$toip:/root/admin_cred.zip /tmp/admin_cred.zip.$$";
run_command("$cmd", "no");
my $cmd = "scp -o StrictHostKeyChecking=no /tmp/admin_cred.zip.$$ root\@$fromip:/root/admin_cred.zip";
run_command("$cmd", "no");
my $cmd = "ssh -o StrictHostKeyChecking=no root\@$fromip unzip -o /root/admin_cred.zip";
run_command("$cmd", "no");
my $cmd = "ssh -o StrictHostKeyChecking=no root\@$toip unzip -o /root/admin_cred.zip";
run_command("$cmd", "no");
}
return(0);
}
sub parse_input {
print "PURGE UBERO BEGIN-----------------------\n";
system ("rm -f ubero");
print "PURGE UBERO COMPLETE-----------------------\n";
print "BEGIN PARSING INPUT FILE\n-------------------\n";
my $inputfile = "../input/2b_tested.lst";
open(FH, "$inputfile") or die "failed to open $inputfile";
while(<FH>) {
chomp;
my $line = $_;
if ($line =~ /BZR_BRANCH\s+(.*)/) {
my $fullbranch = $1;
my (@tmp) = split("/", $fullbranch);
my $len = @tmp;
my $branch = $tmp[$len-1];
$current_artifacts{"branch"} = $branch;
}
my ($ip, $distro, $version, $arch, $source, @component_str) = split(/\s+/, $line);
if ($ip =~ /\d+\.\d+\.\d+\.\d+/ && $distro && $version && ($arch eq "32" || $arch eq "64") && $source && @component_str) {
foreach $component (@component_str) {
$component =~ s/\[//g;
$component =~ s/\]//g;
if ($masters{"$component"}) {
$slaves{"$component"} = "$ip";
$isha = 1;
} else {
$masters{"$component"} = "$ip";
}
$roles{"$component"} = 1;
if ($component =~ /^CLC(\d+)/ || $component =~ /^WS(\d+)/) {
$component =~ s/\d+//g;
if ($masters{"$component"}) {
$slaves{"$component"} = "$ip";
$isha = 1;
} else {
$masters{"$component"} = "$ip";
}
$roles{"$component"} = 1;
}
if ($distro =~ /VMWARE/ && $component =~ /NC(\d+)/) {
$cc_has_broker{"CC$1"} = 1;
}
if ($component =~ /NC\d+/) {
if ($distro eq "FEDORA" || $distro eq "DEBIAN" || ( ($distro eq "RHEL" || $distro eq "CENTOS") && $version =~ /^6\./) || ($distro eq "UBUNTU" && ( $source eq "REPO" || $version eq "PRECISE" )) ) {
$use_virtio = 1;
setbfeimagelocation("http://mirror.qa.eucalyptus-systems.com/bfebs-image/bfebs.img");
} elsif ($distro eq "UBUNTU") {
setbfeimagelocation("http://mirror.qa.eucalyptus-systems.com/bfebs-image/bfebs.img");
} else {
setbfeimagelocation("http://mirror.qa.eucalyptus-systems.com/bfebs-image/bfebs-xen.img");
}
}
}
}
# for setting windows images
if ($line =~ /IMG_FILE=(.)+/){
my @fields = split /\=/, $line;
$imgfile = $fields[1];
$imgfile =~ s/\n|\r//;
$bfe_image="";
setbfeimagelocation("http://dmirror.eucalyptus/windows_images/$imgfile");
$trycount = 1080;
}
}
close(FH);
foreach $component (keys(%roles)) {
print "Component (config file): $component Master: $masters{$component} Slave: $slaves{$component}\n";
}
my $this_mode = `cat ../input/2b_tested.lst | grep NETWORK`;
chomp($this_mode);
if( $this_mode =~ /^NETWORK\s+(\S+)/ ){
my $mode = lc($1);
if ($mode eq "system" || $mode eq "static") {
$ismanaged = 0;
} else {
$ismanaged = 1;
}
$networkmode = $mode;
}
print "Network Mode: $networkmode\n";
print "Use Virtio: $use_virtio\n";
print "END PARSING INPUT FILE\n-------------------\n";
if ($use_virtio) {
$devname = "/dev/vdb";
print "Using virtio device name: $devname\n";
}else{
### FOR USING PRECISE INSTANCE IMAGE 090412
### FIXED TO IGNORE VMWARE CASE 090812
my $this_nc = `cat ../input/2b_tested.lst | grep NC00 | head -n 1`;
chomp($this_nc);
if( !($this_nc =~ /VMWARE/) ){
$devname = "/dev/xvdb";
print "Using virtio device name: $devname\n";
};
};
if ($isha) {
setremote($masters{CLC});
sync_qa_credentials($masters{CLC}, $slaves{CLC});
print "Synced /root/admin_cred.zip across CLCs\n";
describe_services();
find_real_master("CLC");
describe_services();
foreach $component (keys(%roles)) {
if ($component ne "CLC") {
find_real_master($component);
}
}
foreach $component (keys(%roles)) {
print "Component (running system): $component Master: $masters{$component} Slave: $slaves{$component}\n";
}
$current_artifacts{"master_ds_buf"} = "";
$current_artifacts{"slave_ds_buf"} = "";
}
return(0);
}
sub check_services_up {
my @components = keys(%masters);
if (@_) {
@components = @_;
}
describe_services();
foreach $key (@components) {
my $i=0;
print "\tcheck_services_up(): checking for component $key\n";
$rc = 1;
$rc = find_real_master($key);
for ($i=0; $i<180 && $rc; $i++) {
print "\tcheck_services_up(): checking for component $key\n";
sync_qa_credentials($masters{CLC}, $slaves{CLC});
print "\tre-downloaded and re-synced /root/admin_cred.zip across CLCs\n";
describe_services();
$rc = find_real_master($key);
}
if ($rc) {
doexit(1, "ERROR: no master found for component $key");
}
}
return(0);
}
sub discover_test_state {
my $testkey = shift @_ || "ec2ops";
my $instance, $group, $key, $ret=0;
$cmd = "$runat $remote_pre $prefix-describe-keypairs $remote_post";
($crc, $rc, $buf) = piperun($cmd, "grep $testkey | tail -n 1 | awk '{print \$2}'", "ubero");
if ($rc || !$buf || $buf eq "") {
$ret=1;
} else {
$key = $buf;
print "DISCOVERED KEY: $key\n";
}
$cmd = "$runat $remote_pre $prefix-describe-groups $remote_post";
($crc, $rc, $buf) = piperun($cmd, "grep $testkey | tail -n 1 | awk '{print \$3}'", "ubero");
if ($rc || !$buf || $buf eq "") {
$ret=1;
} else {
$group = $buf;
print "DISCOVERED GROUP: $group\n";
}
$cmd = "$runat $remote_pre $prefix-describe-instances $remote_post";
($crc, $rc, $buf) = piperun($cmd, "grep $testkey | grep INST | grep -v erminated | grep -v hutting | tail -n 1", "ubero");
if ($rc || !$buf || $buf eq "") {
$ret=1;
} else {
($meh, $instance, $meh, $publicip, $privateip, $state, @meh) = split(/\s+/, $buf);
print "BUF: |$buf|\n";
if ($instance =~ /i-.*/ && $publicip =~ /\d+\.\d+\.\d+\.\d+/ && $privateip =~ /\d+\.\d+\.\d+\.\d+/ && $state ne "") {
print "DISCOVERED INSTANCE: $instance, $publicip, $privateip, $state\n";
} else {
$ret = 1;
}
}
if (!$ret) {
$current_artifacts{"keypair"} = "$key";
$current_artifacts{"keypairfile"} = "$keypath/$key" . ".priv";
$current_artifacts{"group"} = "$group";
$current_artifacts{"instance"} = "$instance";
$current_artifacts{"instances"} .= "$instance ";
$current_artifacts{"instanceip"} = "$publicip";
$current_artifacts{"instanceprivateip"} = "$privateip";
$current_artifacts{"instancestate"} = "$state";
$current_artifacts{"instancestates"} .= "$state ";
$cleanup_artifacts{"groups"} .= "$group ";
$cleanup_artifacts{"instances"} .= "$instance ";
$cleanup_artifacts{"keypairs"} .= "$key ";
$cleanup_artifacts{"keypairfiles"} .= "$keypath/$key" . ".priv ";
}
return($ret);
}
sub run_walrus_upload {
my $cmd = "$runat $remote_pre euca-bundle-image -i /etc/hosts -d /tmp/ $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAIL: count not run cmd '$cmd'\n");
}
my $cmd = "$runat $remote_pre euca-upload-bundle -b hadnsbucket -m /tmp/hosts.manifest.xml $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAIL: count not run cmd '$cmd'\n");
}
return(0);
}
sub run_ec2_describes {
my @ops = ('availability-zones', 'images', 'addresses', 'images', 'instances', 'keypairs', , 'snapshots', 'volumes');
foreach $op (@ops) {
$cmd = "$runat $remote_pre $prefix-describe-$op $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAIL: count not run cmd '$cmd'\n");
}
}
if ($prefix eq "euca") {
$cmd = "$runat $remote_pre $prefix-describe-groups $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAIL: count not run cmd '$cmd'\n");
}
} elsif ($prefix eq "ec2") {
$cmd = "$runat $remote_pre $prefix-describe-group $remote_post";
my ($rc, $crc, $buf) = piperun($cmd, "", "ubero");
if ($rc || $crc) {
doexit(1, "FAIL: count not run cmd '$cmd'\n");
}
}
return(0);
}
sub discover_static_info {
discover_emis();
print "SUCCESS: discovered loaded image: current=$current_artifacts{instancestoreemi}, all=$static_artifacts{instancestoreemis}\n";
discover_zones();
print "SUCCESS: discovered available zone: current=$current_artifacts{availabilityzone}, all=$static_artifacts{availabilityzones}\n";
discover_vmtypes();
print "SUCCESS: discovered vmtypes: m1smallmax=$static_artifacts{m1smallmax} m1smallavail=$static_artifacts{m1smallavail}\n";
return(0);
}
sub discover_vmtypes {
if ($ismanaged) {
$cmd = "$runat $remote_pre $prefix-describe-addresses $remote_post";
($crc, $rc, $addrcount) = piperun($cmd, "awk 'BEGIN{c=0}/nobody/{c++}END{print c}'", "ubero");
$addrcount = int($addrcount);
if ($rc || $addrcount < 0) {
doexit(1, "FAILED: ($crc, $rc, $addrcount) = $cmd\n");
}
} else {
$addrcount = 9999999;
}
if ($static_artifacts{"availabilityzones"}) {
my @zones = split(/\s+/, $static_artifacts{"availabilityzones"});
foreach $zone (@zones) {
my $cmd = "$runat $remote_pre $prefix-describe-availability-zones verbose $remote_post";
my ($crc, $rc, $m1scount) = piperun($cmd, "grep $zone -A6 | grep m1.small | awk '{print \$4}' | head -n 1", "ubero");
$m1scount = int($m1scount);
if ($rc || $m1scount < 0) {
doexit(1, "FAILED: ($crc, $rc, $m1scount) = $cmd\n");
}
my $key = $zone . "m1smallavail";
$static_artifacts{"$key"} = $m1scount > $addrcount ? $addrcount : $m1scount;
my $cmd = "$runat $remote_pre $prefix-describe-availability-zones verbose $remote_post";
my ($crc, $rc, $m1scount) = piperun($cmd, "grep $zone -A6 | grep m1.small | awk '{print \$6}' | head -n 1", "ubero");
$m1scount = int($m1scount);
if ($rc || $m1scount < 0) {
doexit(1, "FAILED: ($crc, $rc, $m1scount) = $cmd\n");
}
my $key = $zone . "m1smallmax";
$static_artifacts{"$key"} = $m1scount > $addrcount ? $addrcount : $m1scount;
}
}
$cmd = "$runat $remote_pre $prefix-describe-availability-zones verbose $remote_post";
($crc, $rc, $m1scount) = piperun($cmd, "grep m1.small | awk '{print \$4}' | tail -n 1", "ubero");
$m1scount = int($m1scount);
if ($rc || $m1scount < 0) {
doexit(1, "FAILED: ($crc, $rc, $m1scount) = $cmd\n");
}
$static_artifacts{m1smallavail} = $m1scount > $addrcount ? $addrcount : $m1scount;
($crc, $rc, $m1scount) = piperun($cmd, "grep m1.small | awk '{print \$6}' | tail -n 1", "ubero");
$m1scount = int($m1scount);
if ($rc || $m1scount < 0) {
doexit(1, "FAILED: ($crc, $rc, $m1scount) = $cmd\n");
}
$static_artifacts{m1smallmax} = $m1scount > $addrcount ? $addrcount : $m1scount;
return(0);
}
sub register_snapshot {
$snap = $current_artifacts{"snapshot"};
if ( ! ($snap =~ /snap-.*/) ) {
doexit(1, "ERROR: invalid snapshot ID '$snap'\n");
}
if ( $bfe_image =~ /windows.*/){
$cmd = "$runat $remote_pre $prefix-register -n windows_image --kernel windows --root-device-name /dev/sda1 -b /dev/sda1=$snap $remote_post";
}else{
$cmd = "$runat $remote_pre $prefix-register -n testImage --root-device-name /dev/sda1 -b /dev/sda1=$snap $remote_post";
}
# $cmd = "$prefix-register -n testImage --root-device-name /dev/sda1 -b /dev/sda1=$snap";
($crc, $rc, $emi) = piperun($cmd, "grep IMAGE | awk '{print \$2}'", "ubero");
if ($rc || !$emi || $emi eq "" || !($emi =~ /.*mi-.*/)) {
doexit(1, "FAILED: $cmd\n");
}
$cleanup_artifacts{"emis"} .= "$emi ";
$current_artifacts{"ebsemi"} = "$emi";
return(0);
}
sub authorize_ssh {
return(authorize_ssh_from_cidr(@_));
}
sub authorize_ssh_from_cidr {
my $group = shift @_ || $current_artifacts{group} || "default";
my $cidr = shift @_ || "0.0.0.0/0";
if (! $group || $group eq "") {
doexit(1, "FAILED: invalid group '$group'\n");
}
sleep($library_sleep);
$cmd = "$runat $remote_pre $prefix-authorize $group -P tcp -p 22 -s $cidr $remote_post";
($crc, $rc, $buf) = piperun($cmd, "", "$ofile");
if ($rc) {
doexit(1, "FAILED: ($rc, $inst) = $cmd\n");
}
$cleanup_artifacts{"rules"} .= "$group -P tcp -p 22 -s $cidr,";
return(0);
}
sub find_instance_volume {
$keypairfile = $current_artifacts{keypairfile} || shift @_;
$instanceip = $current_artifacts{instanceip} || shift @_;
if (! -f "$keypairfile") {
doexit(1, "ERROR: cannot find keypairfile '$keypairfile'\n");
}
if ( ! ($instanceip =~ /\d+\.\d+\.\d+\.\d+/ )) {
doexit(1, "ERROR: invalid instanceip '$instanceip'\n");
}
sleep($library_sleep);
if ($use_virtio) {
$cmd = "$runat ssh -o StrictHostKeyChecking=no -i $keypairfile root\@$instanceip 'ls /dev/vd\* | tail -n 1 | grep -v -e [0-9]'";
} else {
### FOR PRECISE INSTANCE IMAGE
### FIXED TO IGNORE VMWARE CASE 090812
my $this_nc = `cat ../input/2b_tested.lst | grep NC00 | head -n 1`;
chomp($this_nc);
if( !($this_nc =~ /VMWARE/) ){
$cmd = "$runat ssh -o StrictHostKeyChecking=no -i $keypairfile root\@$instanceip 'ls /dev/xvd\* | grep -v xvda | tail -n 1 | grep -v -e [0-9]'";
}else{
$cmd = "$runat ssh -o StrictHostKeyChecking=no -i $keypairfile root\@$instanceip 'ls /dev/sd\* | grep -v sda | tail -n 1 | grep -v -e [0-9]'";
};
}
$done=0;
my $i;
for ($i=0; $i<60 && !$done; $i++) {
($crc, $rc, $buf) = piperun($cmd, "grep -v RUNAT | grep dev | tail -n 1", "$ofile");
if ($rc || ! ($buf =~ /^\/dev\/.*/) ) {
print "\twaiting for dev to appear...\n";
sleep(1);