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|
eval '(exit $?0)' && eval 'exec perl -S $0 ${1+"$@"}'
& eval 'exec perl -S $0 $argv:q'
if 0;
# $Id$
# -*- perl -*-
#
# This run_test.pl does not use the standard harness as used by other
# run_test.pl. Since it is testing a behavior of TAO which is
# affected by environmental influences, it uses perl features as well
# as separate executables to obtain information about the environment
# so that it can inspect the information inside IORs and decide if
# that information is "correct" given the environment.
#
# At the end, it prints out a matrix of each permutation of the test
# and indicates whether or not that permutation FAILed.
#
use lib "$ENV{ACE_ROOT}/bin";
use PerlACE::Run_Test;
use Sys::Hostname;
# Add the current directory to our execution path
use Env qw(@PATH);
push @PATH, $PerlACE::Process::ExeSubDir;
open STDERR, ">&STDOUT" or die "cannot dup STDERR to STDOUT: $!\n";
open (INTERFACES, "list_interfaces|") || die "Unable to exec list_interfaces: $!\n";
# We want this global...
chomp(@IPADDRS = <INTERFACES>);
close (INTERFACES);
# Fill up the array of hostnames; can't use the hostname() from
# Sys::Hostname because it's too good at figuring out that IP
# addresses that aren't in a host table actually DO match to a host
# name. So, we use gethostbyaddr().
use Socket;
@HOSTNAMES = map { (gethostbyaddr(inet_aton($_),AF_INET))[0] || $_ } @IPADDRS;
$HN = hostname; # Shorthand so we do not have to use 'hostname' all over.
#
# $TEST_DATA is a reference to an anonymous hash that has
# key: string representation/description of a test
# value: ref to anonymous array consisting of
# [0] = -ORBDottedDecimalAddresses value (must be 0 or 1)
# [1] = -ORBendpoint hosname spec (undef if not provided)
# [2] = -ORBendpoint "hostname_in_ior" value (undef if not provided)
# [3] = ref to array containing profiles expected in IOR
#
$TEST_DATA = {
#
# This is kind of like a "truth table" for what should happen when
# -ORBDottedDecimalAddresses (DDA) and the "hostname_in_ior" (HIOR)
# option for -ORBListenEndpoints (nee -ORBEndpoint) interact. Note
# that DDA's default value is "0", so there is no way to have an
# unspecified value for DDA.
#
#
#
# | -ORBendpoint |
# DDA | hostspec | HIOR | Profile(s) in IOR
# --------------------------------------------------------------
# 0 | unspec | unspec | One profile for each interface
# discovered in
# TAO_IIOP_Acceptor::probe_interfaces(),
# where the host's name is that
# returned from a reverse lookup of
# the interface's address from
# whatever facility is doing
# name<->address translations for
# that host.
"0:unspec:unspec" => [ 0, undef, undef, \@HOSTNAMES ],
# 1 | unspec | unspec | One profile for each interface
# discovered in
# TAO_IIOP_Acceptor::probe_interfaces(),
# where the host's name is the IP
# address associated with the
# interface.
"1:unspec:unspec" => [ 1, undef, undef, \@IPADDRS ],
# 0 | "foo" | unspec | Exactly one profile where the
# host's name is "foo".
"0:$HN:unspec" => [ 0, $HN, undef, [$HN] ],
# 1 | "foo" | unspec | Exactly one profile where the
# host's name is the IP address
# from the name<->address
# translation for the host.
"1:$HN:unspec" => [ 1, $HN, undef, [ inet_ntoa((gethostbyname(hostname))[4]) ] ],
# X | unspec | "bar" | Exactly one profile where the
# host's name is "bar".
#"d/c:unspec:".$HN."_blech" => [ undef, undef, $HN."_blech", [$HN."_blech"] ],
#"d/c:unspec:blech" => [ undef, undef, "blech", ["blech"] ],
"0:unspec:blech" => [ 0, undef, "blech", ["blech"] ],
"1:unspec:blech" => [ 1, undef, "blech", ["blech"] ],
#
# X | "foo" | "bar" | Exactly one profile where the
# host's name is "bar".
#"d/c:$HN:".$HN."_blech" => [ undef, $HN, $HN."_blech", [$HN."_blech"] ],
#"d/c:$HN:blech" => [ undef, $HN, "blech", ["blech"] ],
"0:$HN:blech" => [ 0, $HN, "blech", ["blech"] ],
"1:$HN:blech" => [ 1, $HN, "blech", ["blech"] ],
};
sub do_test {
# pass in undef for 'unspec' in the table
my ($dda, $endpointhost, $hior) = @_;
$dda = 0 if (!defined($dda));
$endpointhost = '' if (!defined($endpointhost));
$hior_opt = ($hior ne '') ? "/hostname_in_ior=$hior" : '';
my $command = "generate_ior " .
"-ORBDottedDecimalAddresses $dda " .
"-ORBendpoint iiop://$endpointhost".$hior_opt;
my @profiles;
my $line;
# print "$command\n";
open (PIOR, "$command | catior -x 2>&1 |")
|| die "Unable to exec generate_ior: $!\n";
# print "XXX: $_" while (<PIOR>);
while ($line = <PIOR>) {
# Need to look for the following lines:
# Host Name: <ipaddr_or_host>
# and
# endpoint: <ipaddr_or_host>:<portnum>
chomp $line;
my $x;
# print "Looking at $line\n";
if ($line =~ /.*Host Name:\s+(.+)$/) {
chomp($x = $1);
# print "HN pushing $x\n";
push @profiles, $x;
}
elsif ($line =~ /.*endpoint: ([^:]+):.*/) {
chomp($x = $1);
# print "EP pushing $x\n";
push @profiles, $x;
}
}
close (PIOR);
return @profiles;
}
# Usage:
# $are_equal = compare_arrays(\@frogs, \@toads);
sub compare_arrays {
my ($first, $second) = @_;
no warnings; # silence spurious -w undef complaints
return 0 unless @$first == @$second;
@sorted_first = sort @$first;
@sorted_second = sort @$second;
$first = \@sorted_first;
$second = \@sorted_second;
for (my $i = 0; $i < @$first; $i++) {
return 0 if $first->[$i] ne $second->[$i];
}
return 1;
}
sub print_profiles {
my ($test_info, $profiles_a) = @_;
print "$test_info: ", join(' ', @$profiles_a), "\n";
}
sub check_profiles {
my ($test_info, $found_profiles, $expected_profiles) = @_;
# &print_profiles($test_info, $profiles);
my $failinfo = [];
# Do number of found profiles match expected?
if ($#$found_profiles != $#$expected_profiles) {
push @$failinfo, "(num IOR profiles[$#$found_profiles] != expected[$#$expected_profiles]";
}
# Really need to compare these as hashes to avoid ordering issues.
if (compare_arrays ($found_profiles, $expected_profiles) == 0) {
push @$failinfo, "(profiles in IOR != profiles expected)";
push @$failinfo, "Found profiles (".join(',', @$found_profiles).")";
}
return $failinfo;
}
# Brute force implementation of each of the lines in the table above
format STDOUT_TOP =
| | -ORBendpoint | | Expected
FAIL? | DDA | hostspec | hostname_in_ior | Profile(s) in IOR
===============================================================================
.
format STDOUT =
@<<< | @|| | @<<<<<<<<<<<<<<<<<< | @<<<<<<<<<<<<<<<<<<< | ^<<<<<<<<<<<<<<<<<<<
$pf, $dda, $endpointhost, $hior, $expected_prof_in_ior
~~ | | | | ^<<<<<<<<<<<<<<<<<<<
$expected_prof_in_ior
~ | Details: ^<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
$detail
~~ | | ^<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
$detail
+-----+---------------------+----------------------+---------------------
.
$: = ', ';
for $test (sort keys %$TEST_DATA) {
my $testargs = $TEST_DATA->{$test};
my @p = &do_test ($testargs->[0], $testargs->[1], $testargs->[2]);
my $failinfo = &check_profiles ($test, \@p, $TEST_DATA->{$test}[3]);
# Set up all the global vars so we can write our output
($dda, $endpointhost, $hior) = split(':', $test);
$expected_prof_in_ior = join(',', @{$TEST_DATA->{$test}[3]});
if ($#$failinfo != -1) {
$pf = 'FAIL';
$detail = join("\r", @$failinfo);
}
else {
$pf = $detail = '';
}
write;
}
exit;
@p = &do_test(0, undef, undef);
&check_profiles("0 unspec unspec", \@p, \@HOSTNAMES);
@p = &do_test(1, undef, undef);
&check_profiles("1 unspec unspec", \@p, \@IPADDRS);
@p = &do_test(0, hostname, undef);
&check_profiles("0 ".hostname." undef", \@p, [hostname]);
@p = &do_test(1, hostname, undef);
&check_profiles("1 ".hostname." undef", \@p, [ inet_ntoa((gethostbyname(hostname))[4]) ] );
@p = &do_test(undef, undef, hostname . "_blech");
&check_profiles("undef undef ".hostname."_blech", \@p, [hostname."_blech"]);
@p = &do_test(undef, hostname, hostname."_blech");
&check_profiles("undef ".hostname." ".hostname."_blech", \@p, [hostname."_blech"]);
|
