#!/usr/bin/perl # Bootstrap Samba and run a number of tests against it. # Copyright (C) 2005-2010 Jelmer Vernooij # Copyright (C) 2007-2009 Stefan Metzmacher # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 3 of the License, or # (at your option) any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program. If not, see . use strict; use warnings; use FindBin qw($RealBin $Script); use File::Spec; use File::Temp qw(tempfile); use File::Path qw(remove_tree); use Getopt::Long; use POSIX; use Cwd qw(abs_path); use lib "$RealBin"; use Subunit; use SocketWrapper; use target::Samba; use Time::HiRes qw(time); eval { require Time::HiRes; Time::HiRes->import("time"); }; if ($@) { print "You don't have Time::Hires installed !\n"; } my $opt_help = 0; my $opt_target = "samba"; my $opt_quick = 0; my $opt_socket_wrapper = 0; my $opt_socket_wrapper_pcap = undef; my $opt_socket_wrapper_keep_pcap = undef; my $opt_random_order = 0; my $opt_one = 0; my @opt_exclude = (); my @opt_include = (); my @opt_exclude_env = (); my @opt_include_env = (); my $opt_testenv = 0; my $opt_list = 0; my $opt_mitkrb5 = 0; my $opt_default_ldb_backend = "mdb"; my $opt_resetup_env = undef; my $opt_load_list = undef; my $opt_libnss_wrapper_so_path = ""; my $opt_libresolv_wrapper_so_path = ""; my $opt_libsocket_wrapper_so_path = ""; my $opt_libuid_wrapper_so_path = ""; my $opt_libasan_so_path = ""; my $opt_libcrypt_so_path = ""; my $opt_use_dns_faking = 0; my @testlists = (); my $srcdir = "."; my $bindir = "./bin"; my $prefix = "./st"; my @includes = (); my @excludes = (); sub find_in_list($$) { my ($list, $fullname) = @_; foreach (@$list) { if ($fullname =~ /$$_[0]/) { return ($$_[1]) if ($$_[1]); return ""; } } return undef; } sub skip { my ($name, $envname) = @_; my ($env_basename, $env_localpart) = split(/:/, $envname); if ($opt_target eq "samba3" && $Samba::ENV_NEEDS_AD_DC{$env_basename}) { return "environment $envname is disabled as this build does not include an AD DC"; } if (@opt_include_env && !(grep {$_ eq $env_basename} @opt_include_env)) { return "environment $envname is disabled (via --include-env command line option) in this test run - skipping"; } elsif (@opt_exclude_env && grep {$_ eq $env_basename} @opt_exclude_env) { return "environment $envname is disabled (via --exclude-env command line option) in this test run - skipping"; } return find_in_list(\@excludes, $name); } sub getlog_env($); # expand strings from %ENV sub expand_environment_strings($) { my $s = shift; # we use a reverse sort so we do the longer ones first foreach my $k (sort { $b cmp $a } keys %ENV) { $s =~ s/\$$k/$ENV{$k}/g; } return $s; } my $target; sub run_testsuite($$$$$) { my ($envname, $name, $cmd, $i, $totalsuites) = @_; my $pcap_file = $target->setup_pcap($name); Subunit::report_time(); Subunit::start_testsuite($name); Subunit::progress_push(); Subunit::report_time(); # Enable pipefail so that we catch failing testsuites that are part of a # pipeline (typically, piped through filter-subunit). This won't catch # any testsuite failures that are turned into testsuite-xfails by # filter-subunit. system("bash", "-o", "pipefail", "-c", $cmd); Subunit::report_time(); Subunit::progress_pop(); if ($? == -1) { print "command: $cmd\n"; printf "expanded command: %s\n", expand_environment_strings($cmd); Subunit::end_testsuite($name, "error", "Unable to run $cmd: $!"); exit(1); } elsif ($? & 127) { print "command: $cmd\n"; printf "expanded command: %s\n", expand_environment_strings($cmd); Subunit::end_testsuite($name, "error", sprintf("%s died with signal %d, %s coredump\n", $cmd, ($? & 127), ($? & 128) ? 'with' : 'without')); exit(1); } my $exitcode = $? >> 8; my $envlog = getlog_env($envname); if ($envlog ne "") { print "envlog: $envlog\n"; } print "command: $cmd\n"; printf "expanded command: %s\n", expand_environment_strings($cmd); if ($exitcode == 0) { Subunit::end_testsuite($name, "success"); } else { Subunit::end_testsuite($name, "failure", "Exit code was $exitcode"); } $target->cleanup_pcap($pcap_file, $exitcode); if (not $opt_socket_wrapper_keep_pcap and defined($pcap_file)) { print "PCAP FILE: $pcap_file\n"; } if ($exitcode != 0) { exit(1) if ($opt_one); } return $exitcode; } sub ShowHelp() { print "Samba test runner Copyright (C) Jelmer Vernooij Copyright (C) Stefan Metzmacher Usage: $Script [OPTIONS] TESTNAME-REGEX [TESTNAME-REGEX...] Generic options: --help this help page --target=samba[3]|win Samba version to target --testlist=FILE file to read available tests from --exclude=FILE Exclude tests listed in the file --include=FILE Include tests listed in the file --exclude-env=ENV Exclude tests for the specified environment --include-env=ENV Include tests for the specified environment Paths: --prefix=DIR prefix to run tests in [st] --srcdir=DIR source directory [.] --bindir=DIR binaries directory [./bin] Preload cwrap: --nss_wrapper_so_path=FILE the nss_wrapper library to preload --resolv_wrapper_so_path=FILE the resolv_wrapper library to preload --socket_wrapper_so_path=FILE the socket_wrapper library to preload --uid_wrapper_so_path=FILE the uid_wrapper library to preload --asan_so_path=FILE the asan library to preload DNS: --use-dns-faking Fake DNS entries rather than talking to our DNS implementation. Target Specific: --socket-wrapper-pcap save traffic to pcap directories --socket-wrapper-keep-pcap keep all pcap files, not just those for tests that failed --socket-wrapper enable socket wrapper Behaviour: --quick run quick overall test --one abort when the first test fails --testenv run a shell in the requested test environment --list list available tests "; exit(0); } my $result = GetOptions ( 'help|h|?' => \$opt_help, 'target=s' => \$opt_target, 'prefix=s' => \$prefix, 'socket-wrapper' => \$opt_socket_wrapper, 'socket-wrapper-pcap' => \$opt_socket_wrapper_pcap, 'socket-wrapper-keep-pcap' => \$opt_socket_wrapper_keep_pcap, 'quick' => \$opt_quick, 'one' => \$opt_one, 'exclude=s' => \@opt_exclude, 'include=s' => \@opt_include, 'exclude-env=s' => \@opt_exclude_env, 'include-env=s' => \@opt_include_env, 'srcdir=s' => \$srcdir, 'bindir=s' => \$bindir, 'testenv' => \$opt_testenv, 'list' => \$opt_list, 'mitkrb5' => \$opt_mitkrb5, 'default-ldb-backend=s' => \$opt_default_ldb_backend, 'resetup-environment' => \$opt_resetup_env, 'testlist=s' => \@testlists, 'random-order' => \$opt_random_order, 'load-list=s' => \$opt_load_list, 'nss_wrapper_so_path=s' => \$opt_libnss_wrapper_so_path, 'resolv_wrapper_so_path=s' => \$opt_libresolv_wrapper_so_path, 'socket_wrapper_so_path=s' => \$opt_libsocket_wrapper_so_path, 'uid_wrapper_so_path=s' => \$opt_libuid_wrapper_so_path, 'asan_so_path=s' => \$opt_libasan_so_path, 'crypt_so_path=s' => \$opt_libcrypt_so_path, 'use-dns-faking' => \$opt_use_dns_faking ); exit(1) if (not $result); ShowHelp() if ($opt_help); die("--list and --testenv are mutually exclusive") if ($opt_list and $opt_testenv); # we want unbuffered output $| = 1; my @tests = @ARGV; # quick hack to disable rpc validation when using valgrind - its way too slow unless (defined($ENV{VALGRIND})) { $ENV{VALIDATE} = "validate"; $ENV{MALLOC_CHECK_} = 3; } # make all our python scripts unbuffered $ENV{PYTHONUNBUFFERED} = 1; $ENV{SAMBA_DEPRECATED_SUPPRESS} = 1; # do not depend on the users setup # see also bootstrap/config.py $ENV{TZ} = "UTC"; $ENV{LC_ALL} = $ENV{LANG} = "en_US.utf8"; $ENV{LANGUAGE} = "en_US"; my $bindir_abs = abs_path($bindir); my $torture_maxtime = ($ENV{TORTURE_MAXTIME} or 1200); $prefix =~ s+//+/+; $prefix =~ s+/\./+/+; $prefix =~ s+/$++; die("using an empty prefix isn't allowed") unless $prefix ne ""; # Ensure we have the test prefix around. # # We need restrictive # permissions on this as some subdirectories in this tree will have # wider permissions (ie 0777) and this would allow other users on the # host to subvert the test process. umask 0077; mkdir($prefix, 0700) unless -d $prefix; chmod 0700, $prefix; # We need to have no umask limitations for the tests. umask 0000; my $prefix_abs = abs_path($prefix); my $tmpdir_abs = abs_path("$prefix/tmp"); mkdir($tmpdir_abs, 0777) unless -d $tmpdir_abs; my $srcdir_abs = abs_path($srcdir); die("using an empty absolute prefix isn't allowed") unless $prefix_abs ne ""; die("using '/' as absolute prefix isn't allowed") unless $prefix_abs ne "/"; $ENV{SAMBA_SELFTEST} = "1"; $ENV{PREFIX} = $prefix; $ENV{PREFIX_ABS} = $prefix_abs; $ENV{SRCDIR} = $srcdir; $ENV{SRCDIR_ABS} = $srcdir_abs; $ENV{BINDIR} = $bindir_abs; my $tls_enabled = not $opt_quick; $ENV{TLS_ENABLED} = ($tls_enabled?"yes":"no"); sub prefix_pathvar($$) { my ($name, $newpath) = @_; if (defined($ENV{$name})) { $ENV{$name} = "$newpath:$ENV{$name}"; } else { $ENV{$name} = $newpath; } } prefix_pathvar("PKG_CONFIG_PATH", "$bindir_abs/pkgconfig"); prefix_pathvar("PYTHONPATH", "$bindir_abs/python"); if ($opt_socket_wrapper_keep_pcap) { # Socket wrapper keep pcap implies socket wrapper pcap $opt_socket_wrapper_pcap = 1; } if ($opt_socket_wrapper_pcap) { # Socket wrapper pcap implies socket wrapper $opt_socket_wrapper = 1; } my $ld_preload = $ENV{LD_PRELOAD}; if ($opt_libasan_so_path) { if ($ld_preload) { if ($opt_libcrypt_so_path) { $ld_preload = "$opt_libasan_so_path:$opt_libcrypt_so_path:$ld_preload"; } else { $ld_preload = "$opt_libasan_so_path:$ld_preload"; } } else { if ($opt_libcrypt_so_path) { $ld_preload = "$opt_libasan_so_path:$opt_libcrypt_so_path"; } else { $ld_preload = "$opt_libasan_so_path"; } } } if ($opt_libnss_wrapper_so_path) { if ($ld_preload) { $ld_preload = "$ld_preload:$opt_libnss_wrapper_so_path"; } else { $ld_preload = "$opt_libnss_wrapper_so_path"; } } if ($opt_libresolv_wrapper_so_path) { if ($ld_preload) { $ld_preload = "$ld_preload:$opt_libresolv_wrapper_so_path"; } else { $ld_preload = "$opt_libresolv_wrapper_so_path"; } } if ($opt_libsocket_wrapper_so_path) { if ($ld_preload) { $ld_preload = "$ld_preload:$opt_libsocket_wrapper_so_path"; } else { $ld_preload = "$opt_libsocket_wrapper_so_path"; } } if ($opt_libuid_wrapper_so_path) { if ($ld_preload) { $ld_preload = "$ld_preload:$opt_libuid_wrapper_so_path"; } else { $ld_preload = "$opt_libuid_wrapper_so_path"; } } if (defined($ENV{USE_NAMESPACES})) { print "Using linux containerization for selftest testenv(s)...\n"; # Create a common bridge to connect up the testenv namespaces. We give # it the client's IP address, as this is where the tests will run from my $ipv4_addr = Samba::get_ipv4_addr("client"); my $ipv6_addr = Samba::get_ipv6_addr("client"); system "$ENV{SRCDIR_ABS}/selftest/ns/create_bridge.sh selftest0 $ipv4_addr $ipv6_addr"; } $ENV{LD_PRELOAD} = $ld_preload; print "LD_PRELOAD=$ENV{LD_PRELOAD}\n"; # Enable uid_wrapper globally $ENV{UID_WRAPPER} = 1; # We are already hitting the limit, so double it. $ENV{NSS_WRAPPER_MAX_HOSTENTS} = 200; # Disable RTLD_DEEPBIND hack for Samba bind dlz module # # This is needed in order to allow the ldb_*ldap module # to work with a preloaded socket wrapper. $ENV{LDB_MODULES_DISABLE_DEEPBIND} = 1; my $socket_wrapper_dir; if ($opt_socket_wrapper) { $socket_wrapper_dir = SocketWrapper::setup_dir("$prefix_abs/w", $opt_socket_wrapper_pcap); print "SOCKET_WRAPPER_DIR=$socket_wrapper_dir\n"; } elsif (not $opt_list) { unless ($< == 0) { warn("not using socket wrapper, but also not running as root. Will not be able to listen on proper ports"); } } if ($opt_use_dns_faking) { print "DNS: Faking nameserver\n"; $ENV{SAMBA_DNS_FAKING} = 1; } my $testenv_default = "none"; if ($opt_mitkrb5 == 1) { $ENV{MITKRB5} = $opt_mitkrb5; $ENV{KRB5RCACHETYPE} = "none"; } # After this many seconds, the server will self-terminate. All tests # must terminate in this time, and testenv will only stay alive this # long my $server_maxtime; if ($opt_testenv) { # 1 year should be enough :-) $server_maxtime = 365 * 24 * 60 * 60; } else { # make test should run under 5 hours $server_maxtime = 5 * 60 * 60; } if (defined($ENV{SMBD_MAXTIME}) and $ENV{SMBD_MAXTIME} ne "") { $server_maxtime = $ENV{SMBD_MAXTIME}; } $target = new Samba($bindir, $srcdir, $server_maxtime, $opt_socket_wrapper_pcap, $opt_socket_wrapper_keep_pcap, $opt_default_ldb_backend); unless ($opt_list) { if ($opt_target eq "samba") { $testenv_default = "ad_dc"; } elsif ($opt_target eq "samba3") { $testenv_default = "nt4_member"; } } sub read_test_regexes($) { my ($name) = @_; my @ret = (); open(LF, "<$name") or die("unable to read $name: $!"); while () { chomp; next if (/^#/); if (/^(.*?)([ \t]+)\#([\t ]*)(.*?)$/) { push (@ret, [$1, $4]); } else { s/^(.*?)([ \t]+)\#([\t ]*)(.*?)$//; push (@ret, [$_, undef]); } } close(LF); return @ret; } foreach (@opt_exclude) { push (@excludes, read_test_regexes($_)); } foreach (@opt_include) { push (@includes, read_test_regexes($_)); } # We give the selftest client 6 different IPv4 addresses to use. Most tests # only use the first (.11) IP. Note that winsreplication.c is one test that # uses the other IPs (search for iface_list_count()). $ENV{SOCKET_WRAPPER_IPV4_NETWORK} = "10.53.57.0"; my $interfaces = Samba::get_interfaces_config("client", 6); my $clientdir = "$prefix_abs/client"; my $conffile = "$clientdir/client.conf"; $ENV{SMB_CONF_PATH} = $conffile; sub write_clientconf($$$) { my ($conffile, $clientdir, $vars) = @_; mkdir("$clientdir", 0777) unless -d "$clientdir"; my @subdirs = ( { name => "private", mask => 0777 }, { name => "bind-dns", mask => 0777 }, { name => "lockdir", mask => 0777 }, { name => "statedir", mask => 0777 }, { name => "cachedir", mask => 0777 }, { name => "pkinit", mask => 0700 }, { name => "pid", mask => 0777 }, # the ncalrpcdir needs exactly 0755 otherwise tests fail. { name => "ncalrpcdir", mask => 0755, umask => 0022 }, ); foreach my $sub (@subdirs) { my $dir = "$clientdir/$sub->{name}"; remove_tree($dir); my $mask = umask; if (defined($sub->{umask})) { umask $sub->{umask}; } mkdir($dir, $sub->{mask}); umask $mask; } my $cadir = "$ENV{SRCDIR_ABS}/selftest/manage-ca/CA-samba.example.com"; my $cacert = "$cadir/Public/CA-samba.example.com-cert.pem"; my $cacrl_pem = "$cadir/Public/CA-samba.example.com-crl.pem"; my $ca_users_dir = "$cadir/Users"; my $client_loglevel = $ENV{CLIENT_LOG_LEVEL} || 1; # each user has a USER-${USER_PRINCIPAL_NAME}-cert.pem and # USER-${USER_PRINCIPAL_NAME}-private-key.pem symlink # We make a copy here and make the certificated easily # accessible in the client environment. my $mask = umask; umask 0077; opendir USERS, "${ca_users_dir}" or die "Could not open dir '${ca_users_dir}': $!"; for my $d (readdir USERS) { my $user_dir = "${ca_users_dir}/${d}"; next if ${d} =~ /^\./; next if (! -d "${user_dir}"); opendir USER, "${user_dir}" or die "Could not open dir '${user_dir}': $!"; for my $l (readdir USER) { my $user_link = "${user_dir}/${l}"; next if ${l} =~ /^\./; next if (! -l "${user_link}"); my $dest = "${clientdir}/pkinit/${l}"; Samba::copy_file_content(${user_link}, ${dest}); } closedir USER; } closedir USERS; umask $mask; open(CF, ">$conffile"); print CF "[global]\n"; print CF "\tnetbios name = client\n"; if (defined($vars->{DOMAIN})) { print CF "\tworkgroup = $vars->{DOMAIN}\n"; } if (defined($vars->{REALM})) { print CF "\trealm = $vars->{REALM}\n"; } if ($opt_socket_wrapper) { print CF "\tinterfaces = $interfaces\n"; } print CF " private dir = $clientdir/private binddns dir = $clientdir/bind-dns lock dir = $clientdir/lockdir state directory = $clientdir/statedir cache directory = $clientdir/cachedir ncalrpc dir = $clientdir/ncalrpcdir pid directory = $clientdir/pid panic action = $RealBin/gdb_backtrace \%d max xmit = 32K notify:inotify = false ldb:nosync = true system:anonymous = true client lanman auth = Yes client min protocol = CORE log level = $client_loglevel torture:basedir = $clientdir #We don't want to run 'speed' tests for very long torture:timelimit = 1 winbind separator = / tls cafile = ${cacert} tls crlfile = ${cacrl_pem} tls verify peer = no_check include system krb5 conf = no elasticsearch:mappings = $srcdir_abs/source3/rpc_server/mdssvc/elasticsearch_mappings.json "; close(CF); } my @todo = (); sub should_run_test($) { my $name = shift; if ($#tests == -1) { return 1; } for (my $i=0; $i <= $#tests; $i++) { if ($name =~ /$tests[$i]/i) { return 1; } } return 0; } sub read_testlist($) { my ($filename) = @_; my @ret = (); open(IN, $filename) or die("Unable to open $filename: $!"); while () { if (/-- TEST(-LOADLIST|) --\n/) { my $supports_loadlist = (defined($1) and $1 eq "-LOADLIST"); my $name = ; $name =~ s/\n//g; my $env = ; $env =~ s/\n//g; my $loadlist; if ($supports_loadlist) { $loadlist = ; $loadlist =~ s/\n//g; } my $cmdline = ; $cmdline =~ s/\n//g; if (should_run_test($name) == 1) { push (@ret, [$name, $env, $cmdline, $loadlist]); } } else { print; } } close(IN) or die("Error creating recipe from $filename"); return @ret; } if ($#testlists == -1) { die("No testlists specified"); } $ENV{SELFTEST_PREFIX} = "$prefix_abs"; $ENV{SELFTEST_TMPDIR} = "$tmpdir_abs"; $ENV{TMPDIR} = "$tmpdir_abs"; $ENV{TEST_DATA_PREFIX} = "$tmpdir_abs"; if ($opt_quick) { $ENV{SELFTEST_QUICK} = "1"; } else { $ENV{SELFTEST_QUICK} = ""; } $ENV{SELFTEST_MAXTIME} = $torture_maxtime; my $selftest_resolv_conf_path = "$tmpdir_abs/selftest.resolv.conf"; $ENV{RESOLV_CONF} = "${selftest_resolv_conf_path}.global"; my $selftest_krbt_ccache_path = "$tmpdir_abs/selftest.krb5_ccache"; $ENV{KRB5CCNAME} = "FILE:${selftest_krbt_ccache_path}.global"; my $selftest_gnupghome_path = "$tmpdir_abs/selftest.no.gnupg"; $ENV{GNUPGHOME} = "${selftest_gnupghome_path}.global"; my @available = (); foreach my $fn (@testlists) { foreach (read_testlist($fn)) { my $name = $$_[0]; next if (@includes and not defined(find_in_list(\@includes, $name))); push (@available, $_); } } my $restricted = undef; my $restricted_used = {}; if ($opt_load_list) { $restricted = []; open(LOAD_LIST, "<$opt_load_list") or die("Unable to open $opt_load_list"); while () { chomp; push (@$restricted, $_); } close(LOAD_LIST); } my $individual_tests = undef; $individual_tests = {}; foreach my $testsuite (@available) { my $name = $$testsuite[0]; my $skipreason = skip(@$testsuite); if (defined($restricted)) { # Find the testsuite for this test my $match = undef; foreach my $r (@$restricted) { if ($r eq $name) { $individual_tests->{$name} = []; $match = $r; $restricted_used->{$r} = 1; } elsif (substr($r, 0, length($name)+1) eq "$name.") { push(@{$individual_tests->{$name}}, $r); $match = $r; $restricted_used->{$r} = 1; } } if ($match) { if (defined($skipreason)) { if (not $opt_list) { Subunit::skip_testsuite($name, $skipreason); } } else { push(@todo, $testsuite); } } } elsif (defined($skipreason)) { if (not $opt_list) { Subunit::skip_testsuite($name, $skipreason); } } else { push(@todo, $testsuite); } } if (defined($restricted)) { foreach (@$restricted) { unless (defined($restricted_used->{$_})) { print "No test or testsuite found matching $_\n"; } } } elsif ($#todo == -1) { print STDERR "No tests to run\n"; exit(1); } my $suitestotal = $#todo + 1; unless ($opt_list) { Subunit::progress($suitestotal); Subunit::report_time(); } my $i = 0; $| = 1; my %running_envs = (); sub get_running_env($) { my ($name) = @_; my $envname = $name; $envname =~ s/:.*//; return $running_envs{$envname}; } sub sighandler($) { my $signame = shift; $SIG{INT} = $SIG{QUIT} = $SIG{TERM} = 'DEFAULT'; $SIG{PIPE} = 'IGNORE'; open(STDOUT, ">&STDERR") or die "can't dup STDOUT to STDERR: $!"; print "$0: PID[$$]: Got SIG${signame} teardown environments.\n"; teardown_env($_) foreach(keys %running_envs); system("pstree -p $$"); print "$0: PID[$$]: Exiting...\n"; exit(1); }; $SIG{INT} = $SIG{QUIT} = $SIG{TERM} = $SIG{PIPE} = \&sighandler; sub setup_env($$) { my ($name, $prefix) = @_; my $testenv_vars = undef; my $envname = $name; my $option = $name; $envname =~ s/:.*//; $option =~ s/^[^:]*//; $option =~ s/^://; $option = "client" if $option eq ""; # Initially clear out the environment for the provision, so previous envs' # variables don't leak in. Provisioning steps must explicitly set their # necessary variables when calling out to other executables Samba::clear_exported_envvars(); delete $ENV{SOCKET_WRAPPER_DEFAULT_IFACE}; delete $ENV{SMB_CONF_PATH}; $ENV{RESOLV_CONF} = "${selftest_resolv_conf_path}.${envname}/ignore"; $ENV{KRB5CCNAME} = "FILE:${selftest_krbt_ccache_path}.${envname}/ignore"; $ENV{GNUPGHOME} = "${selftest_gnupghome_path}.${envname}/ignore"; if (defined(get_running_env($envname))) { $testenv_vars = get_running_env($envname); if (not $testenv_vars->{target}->check_env($testenv_vars)) { print $testenv_vars->{target}->getlog_env($testenv_vars); $testenv_vars = undef; } } else { $testenv_vars = $target->setup_env($envname, $prefix); if (not defined($testenv_vars)) { my $msg = "$opt_target can't start up known environment '$envname'"; if ($opt_one) { die($msg); } warn $msg; return; } if (ref $testenv_vars ne "HASH") { return $testenv_vars; } if (defined($testenv_vars->{target})) { $testenv_vars->{target} = $target; } } return undef unless defined($testenv_vars); $running_envs{$envname} = $testenv_vars; if ($option eq "local") { SocketWrapper::set_default_iface($testenv_vars->{SOCKET_WRAPPER_DEFAULT_IFACE}); $ENV{SMB_CONF_PATH} = $testenv_vars->{SERVERCONFFILE}; } elsif ($option eq "client") { SocketWrapper::set_default_iface(11); write_clientconf($conffile, $clientdir, $testenv_vars); $ENV{SMB_CONF_PATH} = $conffile; } else { die("Unknown option[$option] for envname[$envname]"); } # export the environment variables for the testenv (SERVER, SERVER_IP, etc) Samba::export_envvars($testenv_vars); my $krb5_ccache_path = "${selftest_krbt_ccache_path}.${envname}.${option}"; unlink($krb5_ccache_path); $ENV{KRB5CCNAME} = "FILE:${krb5_ccache_path}"; return $testenv_vars; } sub getlog_env($) { my ($envname) = @_; return "" if ($envname eq "none"); my $env = get_running_env($envname); return $env->{target}->getlog_env($env); } sub check_env($) { my ($envname) = @_; my $env = get_running_env($envname); return $env->{target}->check_env($env); } sub teardown_env($) { my ($envname) = @_; return if ($envname eq "none"); print STDERR "teardown_env($envname)\n"; my $env = get_running_env($envname); $env->{target}->teardown_env($env); delete $running_envs{$envname}; } # This 'global' file needs to be empty when we start unlink("$prefix_abs/dns_host_file"); unlink("$prefix_abs/hosts"); if ($opt_random_order) { require List::Util; my @newtodo = List::Util::shuffle(@todo); @todo = @newtodo; } if ($opt_testenv) { my $testenv_name = $ENV{SELFTEST_TESTENV}; $testenv_name = $testenv_default unless defined($testenv_name); my $testenv_vars = setup_env($testenv_name, $prefix); if (not $testenv_vars or $testenv_vars eq "UNKNOWN") { die("Unable to setup environment $testenv_name"); } $ENV{PIDDIR} = $testenv_vars->{PIDDIR}; $ENV{ENVNAME} = $testenv_name; my $envvarstr = Samba::exported_envvars_str($testenv_vars); my @term_args = ("echo -e \" Welcome to the Samba4 Test environment '$testenv_name' This matches the client environment used in make test server is pid `cat \$PIDDIR/samba.pid` Some useful environment variables: TORTURE_OPTIONS=\$TORTURE_OPTIONS SMB_CONF_PATH=\$SMB_CONF_PATH $envvarstr \" && LD_LIBRARY_PATH=$ENV{LD_LIBRARY_PATH} bash"); my @term = (); if ($ENV{TERMINAL}) { @term = ($ENV{TERMINAL}); # override the default terminal args (if specified) if (defined($ENV{TERMINAL_ARGS})) { @term_args = split(/ /, $ENV{TERMINAL_ARGS}); } } else { @term = ("xterm", "-e"); unshift(@term_args, ("bash", "-c")); } system(@term, @term_args); teardown_env($testenv_name); } elsif ($opt_list) { foreach (@todo) { my $name = $$_[0]; my $envname = $$_[1]; my $cmd = $$_[2]; my $listcmd = $$_[3]; unless (defined($listcmd)) { warn("Unable to list tests in $name"); # Rather than ignoring this testsuite altogether, just pretend the entire testsuite is # a single "test". print "$name\n"; next; } system($listcmd); if ($? == -1) { die("Unable to run $listcmd: $!"); } elsif ($? & 127) { die(sprintf("%s died with signal %d, %s coredump\n", $listcmd, ($? & 127), ($? & 128) ? 'with' : 'without')); } my $exitcode = $? >> 8; if ($exitcode != 0) { die("$cmd exited with exit code $exitcode"); } } } else { foreach (@todo) { $i++; my $cmd = $$_[2]; my $name = $$_[0]; my $envname = $$_[1]; my $envvars = setup_env($envname, $prefix); if (not defined($envvars)) { Subunit::start_testsuite($name); Subunit::end_testsuite($name, "error", "unable to set up environment $envname - exiting"); next; } elsif ($envvars eq "UNKNOWN") { Subunit::start_testsuite($name); Subunit::end_testsuite($name, "error", "environment $envname is unknown - exiting"); next; } # Generate a file with the individual tests to run, if the # test runner for this test suite supports it. if ($individual_tests and $individual_tests->{$name}) { if ($$_[3]) { my ($fh, $listid_file) = tempfile(UNLINK => 0); foreach my $test (@{$individual_tests->{$name}}) { print $fh substr($test, length($name)+1) . "\n"; } $cmd =~ s/\$LOADLIST/--load-list=$listid_file/g; } else { warn("Unable to run individual tests in $name, it does not support --loadlist."); } } run_testsuite($envname, $name, $cmd, $i, $suitestotal); teardown_env($envname) if ($opt_resetup_env); } } print "\n"; teardown_env($_) foreach (keys %running_envs); my $failed = 0; # if there were any valgrind failures, show them foreach (<$prefix/valgrind.log*>) { next unless (-s $_); print "VALGRIND FAILURE\n"; $failed++; system("cat $_"); } exit 0;