--- /dev/null
+package PVE::CLI::pve6to7;
+
+use strict;
+use warnings;
+
+use PVE::API2::APT;
+use PVE::API2::Ceph;
+use PVE::API2::LXC;
+use PVE::API2::Qemu;
+use PVE::API2::Certificates;
+
+use PVE::Ceph::Tools;
+use PVE::Cluster;
+use PVE::Corosync;
+use PVE::INotify;
+use PVE::JSONSchema;
+use PVE::RPCEnvironment;
+use PVE::Storage;
+use PVE::Tools qw(run_command);
+use PVE::QemuServer;
+
+use Term::ANSIColor;
+
+use PVE::CLIHandler;
+
+use base qw(PVE::CLIHandler);
+
+my $nodename = PVE::INotify::nodename();
+
+sub setup_environment {
+ PVE::RPCEnvironment->setup_default_cli_env();
+}
+
+my $min_pve_major = 6;
+my $min_pve_minor = 4;
+my $min_pve_pkgrel = 1;
+
+my $counters = {
+ pass => 0,
+ skip => 0,
+ warn => 0,
+ fail => 0,
+};
+
+my $log_line = sub {
+ my ($level, $line) = @_;
+
+ $counters->{$level}++ if defined($level) && defined($counters->{$level});
+
+ print uc($level), ': ' if defined($level);
+ print "$line\n";
+};
+
+sub log_pass {
+ print color('green');
+ $log_line->('pass', @_);
+ print color('reset');
+}
+
+sub log_info {
+ $log_line->('info', @_);
+}
+sub log_skip {
+ $log_line->('skip', @_);
+}
+sub log_warn {
+ print color('yellow');
+ $log_line->('warn', @_);
+ print color('reset');
+}
+sub log_fail {
+ print color('red');
+ $log_line->('fail', @_);
+ print color('reset');
+}
+
+my $print_header_first = 1;
+sub print_header {
+ my ($h) = @_;
+ print "\n" if !$print_header_first;
+ print "= $h =\n\n";
+ $print_header_first = 0;
+}
+
+my $get_systemd_unit_state = sub {
+ my ($unit) = @_;
+
+ my $state;
+ my $filter_output = sub {
+ $state = shift;
+ chomp $state;
+ };
+ eval {
+ run_command(['systemctl', 'is-enabled', "$unit"], outfunc => $filter_output, noerr => 1);
+ return if !defined($state);
+ run_command(['systemctl', 'is-active', "$unit"], outfunc => $filter_output, noerr => 1);
+ };
+
+ return $state // 'unknown';
+};
+my $log_systemd_unit_state = sub {
+ my ($unit, $no_fail_on_inactive) = @_;
+
+ my $log_method = \&log_warn;
+
+ my $state = $get_systemd_unit_state->($unit);
+ if ($state eq 'active') {
+ $log_method = \&log_pass;
+ } elsif ($state eq 'inactive') {
+ $log_method = $no_fail_on_inactive ? \&log_warn : \&log_fail;
+ } elsif ($state eq 'failed') {
+ $log_method = \&log_fail;
+ }
+
+ $log_method->("systemd unit '$unit' is in state '$state'");
+};
+
+my $versions;
+my $get_pkg = sub {
+ my ($pkg) = @_;
+
+ $versions = eval { PVE::API2::APT->versions({ node => $nodename }) } if !defined($versions);
+
+ if (!defined($versions)) {
+ my $msg = "unable to retrieve package version information";
+ $msg .= "- $@" if $@;
+ log_fail("$msg");
+ return undef;
+ }
+
+ my $pkgs = [ grep { $_->{Package} eq $pkg } @$versions ];
+ if (!defined $pkgs || $pkgs == 0) {
+ log_fail("unable to determine installed $pkg version.");
+ return undef;
+ } else {
+ return $pkgs->[0];
+ }
+};
+
+sub check_pve_packages {
+ print_header("CHECKING VERSION INFORMATION FOR PVE PACKAGES");
+
+ print "Checking for package updates..\n";
+ my $updates = eval { PVE::API2::APT->list_updates({ node => $nodename }); };
+ if (!defined($updates)) {
+ log_warn("$@") if $@;
+ log_fail("unable to retrieve list of package updates!");
+ } elsif (@$updates > 0) {
+ my $pkgs = join(', ', map { $_->{Package} } @$updates);
+ log_warn("updates for the following packages are available:\n $pkgs");
+ } else {
+ log_pass("all packages uptodate");
+ }
+
+ print "\nChecking proxmox-ve package version..\n";
+ if (defined(my $proxmox_ve = $get_pkg->('proxmox-ve'))) {
+ my $min_pve_ver = "$min_pve_major.$min_pve_minor-$min_pve_pkgrel";
+
+ my ($maj, $min, $pkgrel) = $proxmox_ve->{OldVersion} =~ m/^(\d+)\.(\d+)-(\d+)/;
+
+ my $upgraded = 0;
+
+ if ($maj > $min_pve_major) {
+ log_pass("already upgraded to Proxmox VE " . ($min_pve_major + 1));
+ $upgraded = 1;
+ } elsif ($maj >= $min_pve_major && $min >= $min_pve_minor && $pkgrel >= $min_pve_pkgrel) {
+ log_pass("proxmox-ve package has version >= $min_pve_ver");
+ } else {
+ log_fail("proxmox-ve package is too old, please upgrade to >= $min_pve_ver!");
+ }
+
+ my ($krunning, $kinstalled) = (qr/5\.11/, 'pve-kernel-5.11');
+ if (!$upgraded) {
+ ($krunning, $kinstalled) = (qr/5\.(?:4|11)/, 'pve-kernel-4.15');
+ }
+
+ print "\nChecking running kernel version..\n";
+ my $kernel_ver = $proxmox_ve->{RunningKernel};
+ if (!defined($kernel_ver)) {
+ log_fail("unable to determine running kernel version.");
+ } elsif ($kernel_ver =~ /^$krunning/) {
+ log_pass("expected running kernel '$kernel_ver'.");
+ } elsif ($get_pkg->($kinstalled)) {
+ log_warn("expected kernel '$kinstalled' intalled but not yet rebooted!");
+ } else {
+ log_warn("unexpected running and installed kernel '$kernel_ver'.");
+ }
+ } else {
+ log_fail("proxmox-ve package not found!");
+ }
+}
+
+
+sub check_storage_health {
+ print_header("CHECKING CONFIGURED STORAGES");
+ my $cfg = PVE::Storage::config();
+
+ my $ctime = time();
+
+ my $info = PVE::Storage::storage_info($cfg);
+
+ foreach my $storeid (keys %$info) {
+ my $d = $info->{$storeid};
+ if ($d->{enabled}) {
+ if ($d->{type} eq 'sheepdog') {
+ log_fail("storage '$storeid' of type 'sheepdog' is enabled - experimental sheepdog support dropped in PVE 6")
+ } elsif ($d->{active}) {
+ log_pass("storage '$storeid' enabled and active.");
+ } else {
+ log_warn("storage '$storeid' enabled but not active!");
+ }
+ } else {
+ log_skip("storage '$storeid' disabled.");
+ }
+ }
+}
+
+sub check_cluster_corosync {
+ print_header("CHECKING CLUSTER HEALTH/SETTINGS");
+
+ if (!PVE::Corosync::check_conf_exists(1)) {
+ log_skip("standalone node.");
+ return;
+ }
+
+ $log_systemd_unit_state->('pve-cluster.service');
+ $log_systemd_unit_state->('corosync.service');
+
+ if (PVE::Cluster::check_cfs_quorum(1)) {
+ log_pass("Cluster Filesystem is quorate.");
+ } else {
+ log_fail("Cluster Filesystem readonly, lost quorum?!");
+ }
+
+ my $conf = PVE::Cluster::cfs_read_file('corosync.conf');
+ my $conf_nodelist = PVE::Corosync::nodelist($conf);
+ my $node_votes = 0;
+
+ print "\nAnalzying quorum settings and state..\n";
+ if (!defined($conf_nodelist)) {
+ log_fail("unable to retrieve nodelist from corosync.conf");
+ } else {
+ if (grep { $conf_nodelist->{$_}->{quorum_votes} != 1 } keys %$conf_nodelist) {
+ log_warn("non-default quorum_votes distribution detected!");
+ }
+ map { $node_votes += $conf_nodelist->{$_}->{quorum_votes} // 0 } keys %$conf_nodelist;
+ }
+
+ my ($expected_votes, $total_votes);
+ my $filter_output = sub {
+ my $line = shift;
+ ($expected_votes) = $line =~ /^Expected votes:\s*(\d+)\s*$/
+ if !defined($expected_votes);
+ ($total_votes) = $line =~ /^Total votes:\s*(\d+)\s*$/
+ if !defined($total_votes);
+ };
+ eval {
+ run_command(['corosync-quorumtool', '-s'], outfunc => $filter_output, noerr => 1);
+ };
+
+ if (!defined($expected_votes)) {
+ log_fail("unable to get expected number of votes, setting to 0.");
+ $expected_votes = 0;
+ }
+ if (!defined($total_votes)) {
+ log_fail("unable to get expected number of votes, setting to 0.");
+ $total_votes = 0;
+ }
+
+ my $cfs_nodelist = PVE::Cluster::get_clinfo()->{nodelist};
+ my $offline_nodes = grep { $cfs_nodelist->{$_}->{online} != 1 } keys %$cfs_nodelist;
+ if ($offline_nodes > 0) {
+ log_fail("$offline_nodes nodes are offline!");
+ }
+
+ my $qdevice_votes = 0;
+ if (my $qdevice_setup = $conf->{main}->{quorum}->{device}) {
+ $qdevice_votes = $qdevice_setup->{votes} // 1;
+ }
+
+ log_info("configured votes - nodes: $node_votes");
+ log_info("configured votes - qdevice: $qdevice_votes");
+ log_info("current expected votes: $expected_votes");
+ log_info("current total votes: $total_votes");
+
+ log_warn("expected votes set to non-standard value '$expected_votes'.")
+ if $expected_votes != $node_votes + $qdevice_votes;
+ log_warn("total votes < expected votes: $total_votes/$expected_votes!")
+ if $total_votes < $expected_votes;
+
+ my $conf_nodelist_count = scalar(keys %$conf_nodelist);
+ my $cfs_nodelist_count = scalar(keys %$cfs_nodelist);
+ log_warn("cluster consists of less than three quorum-providing nodes!")
+ if $conf_nodelist_count < 3 && $conf_nodelist_count + $qdevice_votes < 3;
+
+ log_fail("corosync.conf ($conf_nodelist_count) and pmxcfs ($cfs_nodelist_count) don't agree about size of nodelist.")
+ if $conf_nodelist_count != $cfs_nodelist_count;
+
+ print "\nChecking nodelist entries..\n";
+ for my $cs_node (sort keys %$conf_nodelist) {
+ my $entry = $conf_nodelist->{$cs_node};
+ log_fail("$cs_node: no name entry in corosync.conf.")
+ if !defined($entry->{name});
+ log_fail("$cs_node: no nodeid configured in corosync.conf.")
+ if !defined($entry->{nodeid});
+ my $gotLinks = 0;
+ for my $link (0..7) {
+ $gotLinks++ if defined($entry->{"ring${link}_addr"});
+ }
+ log_fail("$cs_node: no ringX_addr (0 <= X <= 7) link defined in corosync.conf.") if $gotLinks <= 0;
+
+ my $verify_ring_ip = sub {
+ my $key = shift;
+ if (defined(my $ring = $entry->{$key})) {
+ my ($resolved_ip, undef) = PVE::Corosync::resolve_hostname_like_corosync($ring, $conf);
+ if (defined($resolved_ip)) {
+ if ($resolved_ip ne $ring) {
+ log_warn("$cs_node: $key '$ring' resolves to '$resolved_ip'.\n Consider replacing it with the currently resolved IP address.");
+ } else {
+ log_pass("$cs_node: $key is configured to use IP address '$ring'");
+ }
+ } else {
+ log_fail("$cs_node: unable to resolve $key '$ring' to an IP address according to Corosync's resolve strategy - cluster will potentially fail with Corosync 3.x/kronosnet!");
+ }
+ }
+ };
+ for my $link (0..7) {
+ $verify_ring_ip->("ring${link}_addr");
+ }
+ }
+
+ print "\nChecking totem settings..\n";
+ my $totem = $conf->{main}->{totem};
+ my $transport = $totem->{transport};
+ if (defined($transport)) {
+ if ($transport ne 'knet') {
+ log_fail("Corosync transport explicitly set to '$transport' instead of implicit default!");
+ } else {
+ log_pass("Corosync transport set to '$transport'.");
+ }
+ } else {
+ log_pass("Corosync transport set to implicit default.");
+ }
+
+ # TODO: are those values still up-to-date?
+ if ((!defined($totem->{secauth}) || $totem->{secauth} ne 'on') && (!defined($totem->{crypto_cipher}) || $totem->{crypto_cipher} eq 'none')) {
+ log_fail("Corosync authentication/encryption is not explicitly enabled (secauth / crypto_cipher / crypto_hash)!");
+ } else {
+ if (defined($totem->{crypto_cipher}) && $totem->{crypto_cipher} eq '3des') {
+ log_fail("Corosync encryption cipher set to '3des', no longer supported in Corosync 3.x!"); # FIXME: can be removed?
+ } else {
+ log_pass("Corosync encryption and authentication enabled.");
+ }
+ }
+
+ print "\n";
+ log_info("run 'pvecm status' to get detailed cluster status..");
+
+ print_header("CHECKING INSTALLED COROSYNC VERSION");
+ if (defined(my $corosync = $get_pkg->('corosync'))) {
+ if ($corosync->{OldVersion} =~ m/^2\./) {
+ log_fail("corosync 2.x installed, cluster-wide upgrade to 3.x needed!");
+ } elsif ($corosync->{OldVersion} =~ m/^3\./) {
+ log_pass("corosync 3.x installed.");
+ } else {
+ log_fail("unexpected corosync version installed: $corosync->{OldVersion}!");
+ }
+ }
+}
+
+sub check_ceph {
+ print_header("CHECKING HYPER-CONVERGED CEPH STATUS");
+
+ if (PVE::Ceph::Tools::check_ceph_inited(1)) {
+ log_info("hyper-converged ceph setup detected!");
+ } else {
+ log_skip("no hyper-converged ceph setup detected!");
+ return;
+ }
+
+ log_info("getting Ceph status/health information..");
+ my $ceph_status = eval { PVE::API2::Ceph->status({ node => $nodename }); };
+ my $osd_flags = eval { PVE::API2::Ceph->get_flags({ node => $nodename }); };
+ my $noout_wanted = 1;
+ my $noout = $osd_flags && $osd_flags =~ m/noout/;
+
+ if (!$ceph_status || !$ceph_status->{health}) {
+ log_fail("unable to determine Ceph status!");
+ } else {
+ my $ceph_health = $ceph_status->{health}->{status};
+ if (!$ceph_health) {
+ log_fail("unable to determine Ceph health!");
+ } elsif ($ceph_health eq 'HEALTH_OK') {
+ log_pass("Ceph health reported as 'HEALTH_OK'.");
+ } elsif ($ceph_health eq 'HEALTH_WARN' && $noout && (keys %{$ceph_status->{health}->{checks}} == 1)) {
+ log_pass("Ceph health reported as 'HEALTH_WARN' with a single failing check and 'noout' flag set.");
+ } else {
+ log_warn("Ceph health reported as '$ceph_health'.\n Use the PVE ".
+ "dashboard or 'ceph -s' to determine the specific issues and try to resolve them.");
+ }
+ }
+
+ log_info("getting Ceph OSD flags..");
+ eval {
+ if (!$osd_flags) {
+ log_fail("unable to get Ceph OSD flags!");
+ } else {
+ if ($osd_flags =~ m/recovery_deletes/ && $osd_flags =~ m/purged_snapdirs/) {
+ log_pass("all PGs have been scrubbed at least once while running Ceph Luminous."); # FIXME: remove?
+ } else {
+ log_fail("missing 'recovery_deletes' and/or 'purged_snapdirs' flag, scrub of all PGs required before upgrading to Nautilus!");
+ }
+ }
+ };
+
+ # TODO: check OSD min-required version, if to low it breaks stuff!
+
+ log_info("getting Ceph daemon versions..");
+ my $ceph_versions = eval { PVE::Ceph::Tools::get_cluster_versions(undef, 1); };
+ if (!$ceph_versions) {
+ log_fail("unable to determine Ceph daemon versions!");
+ } else {
+ my $services = [
+ { 'key' => 'mon', 'name' => 'monitor' },
+ { 'key' => 'mgr', 'name' => 'manager' },
+ { 'key' => 'mds', 'name' => 'MDS' },
+ { 'key' => 'osd', 'name' => 'OSD' },
+ ];
+
+ foreach my $service (@$services) {
+ my $name = $service->{name};
+ if (my $service_versions = $ceph_versions->{$service->{key}}) {
+ if (keys %$service_versions == 0) {
+ log_skip("no running instances detected for daemon type $name.");
+ } elsif (keys %$service_versions == 1) {
+ log_pass("single running version detected for daemon type $name.");
+ } else {
+ log_warn("multiple running versions detected for daemon type $name!");
+ }
+ } else {
+ log_skip("unable to determine versions of running Ceph $name instances.");
+ }
+ }
+
+ my $overall_versions = $ceph_versions->{overall};
+ if (!$overall_versions) {
+ log_warn("unable to determine overall Ceph daemon versions!");
+ } elsif (keys %$overall_versions == 1) {
+ log_pass("single running overall version detected for all Ceph daemon types.");
+ if ((keys %$overall_versions)[0] =~ /^ceph version 15\./) {
+ $noout_wanted = 0;
+ }
+ } else {
+ log_warn("overall version mismatch detected, check 'ceph versions' output for details!");
+ }
+ }
+
+ if ($noout) {
+ if ($noout_wanted) {
+ log_pass("'noout' flag set to prevent rebalancing during cluster-wide upgrades.");
+ } else {
+ log_warn("'noout' flag set, Ceph cluster upgrade seems finished.");
+ }
+ } elsif ($noout_wanted) {
+ log_warn("'noout' flag not set - recommended to prevent rebalancing during upgrades.");
+ }
+
+ log_info("checking Ceph config..");
+ my $conf = PVE::Cluster::cfs_read_file('ceph.conf');
+ if (%$conf) {
+ my $global = $conf->{global};
+
+ my $global_monhost = $global->{mon_host} // $global->{"mon host"} // $global->{"mon-host"};
+ if (!defined($global_monhost)) {
+ log_warn("No 'mon_host' entry found in ceph config.\n It's recommended to add mon_host with all monitor addresses (without ports) to the global section.");
+ } else {
+ log_pass("Found 'mon_host' entry.");
+ }
+
+ my $ipv6 = $global->{ms_bind_ipv6} // $global->{"ms bind ipv6"} // $global->{"ms-bind-ipv6"};
+ if ($ipv6) {
+ my $ipv4 = $global->{ms_bind_ipv4} // $global->{"ms bind ipv4"} // $global->{"ms-bind-ipv4"};
+ if ($ipv6 eq 'true' && (!defined($ipv4) || $ipv4 ne 'false')) {
+ log_warn("'ms_bind_ipv6' is enabled but 'ms_bind_ipv4' is not disabled.\n Make sure to disable 'ms_bind_ipv4' for ipv6 only clusters, or add an ipv4 network to public/cluster network.");
+ } else {
+ log_pass("'ms_bind_ipv6' is enabled and 'ms_bind_ipv4' disabled");
+ }
+ } else {
+ log_pass("'ms_bind_ipv6' not enabled");
+ }
+
+ if (defined($global->{keyring})) {
+ log_warn("[global] config section contains 'keyring' option, which will prevent services from starting with Nautilus.\n Move 'keyring' option to [client] section instead.");
+ } else {
+ log_pass("no 'keyring' option in [global] section found.");
+ }
+
+ } else {
+ log_warn("Empty ceph config found");
+ }
+
+ my $local_ceph_ver = PVE::Ceph::Tools::get_local_version(1);
+ if (defined($local_ceph_ver)) {
+ if ($local_ceph_ver == 14) {
+ my $ceph_volume_osds = PVE::Ceph::Tools::ceph_volume_list();
+ my $scanned_osds = PVE::Tools::dir_glob_regex('/etc/ceph/osd', '^.*\.json$');
+ if (-e '/var/lib/ceph/osd/' && !defined($scanned_osds) && !(keys %$ceph_volume_osds)) {
+ log_warn("local Ceph version is Nautilus, local OSDs detected, but no conversion from ceph-disk to ceph-volume done (yet).");
+ }
+ }
+ } else {
+ log_fail("unable to determine local Ceph version.");
+ }
+}
+
+sub check_misc {
+ print_header("MISCELLANEOUS CHECKS");
+ my $ssh_config = eval { PVE::Tools::file_get_contents('/root/.ssh/config') };
+ if (defined($ssh_config)) {
+ log_fail("Unsupported SSH Cipher configured for root in /root/.ssh/config: $1")
+ if $ssh_config =~ /^Ciphers .*(blowfish|arcfour|3des).*$/m;
+ } else {
+ log_skip("No SSH config file found.");
+ }
+
+ log_info("Checking common daemon services..");
+ $log_systemd_unit_state->('pveproxy.service');
+ $log_systemd_unit_state->('pvedaemon.service');
+ $log_systemd_unit_state->('pvestatd.service');
+
+ my $root_free = PVE::Tools::df('/', 10);
+ log_warn("Less than 2G free space on root file system.")
+ if defined($root_free) && $root_free->{avail} < 2*1024*1024*1024;
+
+ log_info("Checking for running guests..");
+ my $running_guests = 0;
+
+ my $vms = eval { PVE::API2::Qemu->vmlist({ node => $nodename }) };
+ log_warn("Failed to retrieve information about this node's VMs - $@") if $@;
+ $running_guests += grep { $_->{status} eq 'running' } @$vms if defined($vms);
+
+ my $cts = eval { PVE::API2::LXC->vmlist({ node => $nodename }) };
+ log_warn("Failed to retrieve information about this node's CTs - $@") if $@;
+ $running_guests += grep { $_->{status} eq 'running' } @$cts if defined($cts);
+
+ if ($running_guests > 0) {
+ log_warn("$running_guests running guest(s) detected - consider migrating or stopping them.")
+ } else {
+ log_pass("no running guest detected.")
+ }
+
+ log_info("Checking if the local node's hostname '$nodename' is resolvable..");
+ my $local_ip = eval { PVE::Network::get_ip_from_hostname($nodename) };
+ if ($@) {
+ log_warn("Failed to resolve hostname '$nodename' to IP - $@");
+ } else {
+ log_info("Checking if resolved IP is configured on local node..");
+ my $cidr = Net::IP::ip_is_ipv6($local_ip) ? "$local_ip/128" : "$local_ip/32";
+ my $configured_ips = PVE::Network::get_local_ip_from_cidr($cidr);
+ my $ip_count = scalar(@$configured_ips);
+
+ if ($ip_count <= 0) {
+ log_fail("Resolved node IP '$local_ip' not configured or active for '$nodename'");
+ } elsif ($ip_count > 1) {
+ log_warn("Resolved node IP '$local_ip' active on multiple ($ip_count) interfaces!");
+ } else {
+ log_pass("Resolved node IP '$local_ip' configured and active on single interface.");
+ }
+ }
+
+ log_info("Check node certificate's RSA key size");
+ my $certs = PVE::API2::Certificates->info({ node => $nodename });
+ my $certs_check = {
+ 'rsaEncryption' => {
+ minsize => 2048,
+ name => 'RSA',
+ },
+ 'id-ecPublicKey' => {
+ minsize => 224,
+ name => 'ECC',
+ },
+ };
+
+ my $certs_check_failed = 0;
+ foreach my $cert (@$certs) {
+ my ($type, $size, $fn) = $cert->@{qw(public-key-type public-key-bits filename)};
+
+ if (!defined($type) || !defined($size)) {
+ log_warn("'$fn': cannot check certificate, failed to get it's type or size!");
+ }
+
+ my $check = $certs_check->{$type};
+ if (!defined($check)) {
+ log_warn("'$fn': certificate's public key type '$type' unknown, check Debian Busters release notes");
+ next;
+ }
+
+ if ($size < $check->{minsize}) {
+ log_fail("'$fn', certificate's $check->{name} public key size is less than 2048 bit");
+ $certs_check_failed = 1;
+ } else {
+ log_pass("Certificate '$fn' passed Debian Busters security level for TLS connections ($size >= 2048)");
+ }
+ }
+}
+
+__PACKAGE__->register_method ({
+ name => 'checklist',
+ path => 'checklist',
+ method => 'GET',
+ description => 'Check (pre-/post-)upgrade conditions.',
+ parameters => {
+ additionalProperties => 0,
+ properties => {
+ },
+ },
+ returns => { type => 'null' },
+ code => sub {
+ my ($param) = @_;
+
+ check_pve_packages();
+ check_cluster_corosync();
+ check_ceph();
+ check_storage_health();
+ check_misc();
+
+ print_header("SUMMARY");
+
+ my $total = 0;
+ $total += $_ for values %$counters;
+
+ print "TOTAL: $total\n";
+ print colored("PASSED: $counters->{pass}\n", 'green');
+ print "SKIPPED: $counters->{skip}\n";
+ print colored("WARNINGS: $counters->{warn}\n", 'yellow');
+ print colored("FAILURES: $counters->{fail}\n", 'red');
+
+ if ($counters->{warn} > 0 || $counters->{fail} > 0) {
+ my $color = $counters->{fail} > 0 ? 'red' : 'yellow';
+ print colored("\nATTENTION: Please check the output for detailed information!\n", $color);
+ print colored("Try to solve the problems one at a time and then run this checklist tool again.\n", $color) if $counters->{fail} > 0;
+ }
+
+ return undef;
+ }});
+
+our $cmddef = [ __PACKAGE__, 'checklist', [], {}];
+
+# for now drop all unknown params and just check
+@ARGV = ();
+
+1;
projects / pve-manager.git / commitdiff