135 lines
5.7 KiB
Perl
135 lines
5.7 KiB
Perl
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package centreon::esxd::cmdcpuvm;
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use strict;
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use warnings;
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use centreon::esxd::common;
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sub new {
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my $class = shift;
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my $self = {};
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$self->{logger} = shift;
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$self->{obj_esxd} = shift;
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$self->{commandName} = 'cpuvm';
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bless $self, $class;
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return $self;
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}
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sub getCommandName {
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my $self = shift;
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return $self->{commandName};
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}
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sub checkArgs {
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my $self = shift;
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my ($vm, $warn, $crit, $warn2, $crit2) = @_;
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if (!defined($vm) || $vm eq "") {
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$self->{logger}->writeLogError("ARGS error: need vm hostname");
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return 1;
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}
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if (defined($warn) && $warn !~ /^-?(?:\d+\.?|\.\d)\d*\z/) {
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$self->{logger}->writeLogError("ARGS error: warn threshold must be a positive number");
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return 1;
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}
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if (defined($crit) && $crit !~ /^-?(?:\d+\.?|\.\d)\d*\z/) {
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$self->{logger}->writeLogError("ARGS error: crit threshold must be a positive number");
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return 1;
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}
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if (defined($warn) && defined($crit) && $warn > $crit) {
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$self->{logger}->writeLogError("ARGS error: warn threshold must be lower than crit threshold");
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return 1;
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}
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if (defined($warn2) && $warn2 !~ /^-?(?:\d+\.?|\.\d)\d*\z/) {
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$self->{logger}->writeLogError("ARGS error: warn2 threshold must be a positive number");
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return 1;
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}
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if (defined($crit2) && $crit2 !~ /^-?(?:\d+\.?|\.\d)\d*\z/) {
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$self->{logger}->writeLogError("ARGS error: crit2 threshold must be a positive number");
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return 1;
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}
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if (defined($warn2) && defined($crit2) && $warn2 > $crit2) {
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$self->{logger}->writeLogError("ARGS error: warn2 threshold must be lower than crit2 threshold");
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return 1;
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}
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return 0;
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}
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sub initArgs {
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my $self = shift;
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$self->{lvm} = $_[0];
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$self->{warn} = (defined($_[1]) ? $_[1] : 80);
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$self->{crit} = (defined($_[2]) ? $_[2] : 90);
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$self->{warn2} = (defined($_[3]) ? $_[3] : 5);
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$self->{crit2} = (defined($_[4]) ? $_[4] : 10);
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}
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sub run {
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my $self = shift;
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if (!($self->{obj_esxd}->{perfcounter_speriod} > 0)) {
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my $status = centreon::esxd::common::errors_mask(0, 'UNKNOWN');
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$self->{obj_esxd}->print_response(centreon::esxd::common::get_status($status) . "|Can't retrieve perf counters.\n");
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return ;
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}
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my %filters = ('name' => $self->{lvm});
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my @properties = ('name', 'runtime.connectionState', 'runtime.powerState');
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my $result = centreon::esxd::common::get_entities_host($self->{obj_esxd}, 'VirtualMachine', \%filters, \@properties);
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if (!defined($result)) {
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return ;
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}
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return if (centreon::esxd::common::vm_state($self->{obj_esxd}, $self->{lvm},
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$$result[0]->{'runtime.connectionState'}->val,
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$$result[0]->{'runtime.powerState'}->val) == 0);
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my @instances = ('*');
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my $values = centreon::esxd::common::generic_performance_values_historic($self->{obj_esxd},
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$result,
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[{'label' => 'cpu.usage.average', 'instances' => \@instances},
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{'label' => 'cpu.usagemhz.average', 'instances' => \@instances},
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{'label' => 'cpu.ready.summation', 'instances' => \@instances}],
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$self->{obj_esxd}->{perfcounter_speriod});
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return if (centreon::esxd::common::performance_errors($self->{obj_esxd}, $values) == 1);
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my $status = 0; # OK
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my $output = '';
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my $total_cpu_average = centreon::esxd::common::simplify_number(centreon::esxd::common::convert_number($values->{$self->{obj_esxd}->{perfcounter_cache}->{'cpu.usage.average'}->{'key'} . ":"}[0] * 0.01));
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my $total_cpu_mhz_average = centreon::esxd::common::simplify_number(centreon::esxd::common::convert_number($values->{$self->{obj_esxd}->{perfcounter_cache}->{'cpu.usagemhz.average'}->{'key'} . ":"}[0]));
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my $total_cpu_ready = centreon::esxd::common::simplify_number($values->{$self->{obj_esxd}->{perfcounter_cache}->{'cpu.ready.summation'}->{'key'} . ":"}[0] / ($self->{obj_esxd}->{perfcounter_speriod} * 1000) * 100);
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if ($total_cpu_average >= $self->{warn}) {
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$status = centreon::esxd::common::errors_mask($status, 'WARNING');
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}
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if ($total_cpu_average >= $self->{crit}) {
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$status = centreon::esxd::common::errors_mask($status, 'CRITICAL');
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}
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if ($total_cpu_ready >= $self->{warn2}) {
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$status = centreon::esxd::common::errors_mask($status, 'WARNING');
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}
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if ($total_cpu_ready >= $self->{crit2}) {
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$status = centreon::esxd::common::errors_mask($status, 'CRITICAL');
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}
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$output = "CPU ready '$total_cpu_ready%', Total Average CPU usage '$total_cpu_average%', Total Average CPU '" . $total_cpu_mhz_average . "MHz' on last " . int($self->{obj_esxd}->{perfcounter_speriod} / 60) . "min | cpu_ready=$total_cpu_ready%;$self->{warn2};$self->{crit2};0; cpu_total=$total_cpu_average%;$self->{warn};$self->{crit};0;100 cpu_total_MHz=" . $total_cpu_mhz_average . "MHz";
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foreach my $id (sort { my ($cida, $cia) = split /:/, $a;
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my ($cidb, $cib) = split /:/, $b;
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$cia = -1 if (!defined($cia) || $cia eq "");
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$cib = -1 if (!defined($cib) || $cib eq "");
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$cia <=> $cib} keys %$values) {
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my ($counter_id, $instance) = split /:/, $id;
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next if ($self->{obj_esxd}->{perfcounter_cache}->{'cpu.usagemhz.average'}->{'key'} != $counter_id);
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if ($instance ne "") {
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$output .= " cpu" . $instance . "_MHz=" . centreon::esxd::common::simplify_number(centreon::esxd::common::convert_number($values->{$id}[0])) . "MHz";
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}
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}
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$self->{obj_esxd}->print_response(centreon::esxd::common::get_status($status) . "|$output\n");
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}
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1;
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