122 lines
4.0 KiB
Perl
122 lines
4.0 KiB
Perl
#! /usr/bin/env perl
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# Copyright 2018-2019 The OpenSSL Project Authors. All Rights Reserved.
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#
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# Licensed under the OpenSSL license (the "License"). You may not use
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# this file except in compliance with the License. You can obtain a copy
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# in the file LICENSE in the source distribution or at
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# https://www.openssl.org/source/license.html
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use strict;
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no strict 'refs'; # To be able to use strings as function refs
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use OpenSSL::Test;
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use OpenSSL::Test::Utils;
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use Errno qw(:POSIX);
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use POSIX qw(strerror);
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# We actually have space for up to 4095 error messages,
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# numerically speaking... but we're currently only using
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# numbers 1 through 127.
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# This constant should correspond to the same constant
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# defined in crypto/err/err.c, or at least must not be
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# assigned a greater number.
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use constant NUM_SYS_STR_REASONS => 127;
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setup('test_errstr');
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# In a cross compiled situation, there are chances that our
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# application is linked against different C libraries than
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# perl, and may thereby get different error messages for the
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# same error.
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# The safest is not to test under such circumstances.
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plan skip_all => 'This is unsupported for cross compiled configurations'
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if config('CROSS_COMPILE');
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# The same can be said when compiling OpenSSL with mingw configuration
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# on Windows when built with msys perl. Similar problems are also observed
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# in MSVC builds, depending on the perl implementation used.
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plan skip_all => 'This is unsupported on MSYS/MinGW or MSWin32'
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if $^O eq 'msys' or $^O eq 'MSWin32';
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plan skip_all => 'OpenSSL is configured "no-autoerrinit" or "no-err"'
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if disabled('autoerrinit') || disabled('err');
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# These are POSIX error names, which Errno implements as functions
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# (this is documented)
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my @posix_errors = @{$Errno::EXPORT_TAGS{POSIX}};
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if ($^O eq 'MSWin32') {
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# On Windows, these errors have been observed to not always be loaded by
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# apps/openssl, while they are in perl, which causes a difference that we
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# consider a false alarm. So we skip checking these errors.
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# Because we can't know exactly what symbols exist in a perticular perl
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# version, we resort to discovering them directly in the Errno package
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# symbol table.
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my @error_skiplist = qw(
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ENETDOWN
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ENETUNREACH
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ENETRESET
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ECONNABORTED
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EISCONN
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ENOTCONN
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ESHUTDOWN
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ETOOMANYREFS
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ETIMEDOUT
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EHOSTDOWN
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EHOSTUNREACH
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EALREADY
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EINPROGRESS
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ESTALE
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EUCLEAN
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ENOTNAM
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ENAVAIL
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ENOMEDIUM
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ENOKEY
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);
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@posix_errors =
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grep {
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my $x = $_;
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! grep {
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exists $Errno::{$_} && $x == $Errno::{$_}
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} @error_skiplist
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} @posix_errors;
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}
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plan tests => scalar @posix_errors
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+1 # Checking that error 128 gives 'reason(128)'
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+1 # Checking that error 0 gives the library name
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;
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foreach my $errname (@posix_errors) {
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my $errnum = "Errno::$errname"->();
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SKIP: {
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skip "Error $errname ($errnum) isn't within our range", 1
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if $errnum > NUM_SYS_STR_REASONS;
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my $perr = eval {
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# Set $! to the error number...
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local $! = $errnum;
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# ... and $! will give you the error string back
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$!
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};
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# We know that the system reasons are in OpenSSL error library 2
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my @oerr = run(app([ qw(openssl errstr), sprintf("2%06x", $errnum) ]),
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capture => 1);
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$oerr[0] =~ s|\R$||;
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$oerr[0] =~ s|.*system library:||g; # The actual message is last
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ok($oerr[0] eq $perr, "($errnum) '$oerr[0]' == '$perr'");
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}
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}
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my @after = run(app([ qw(openssl errstr 2000080) ]), capture => 1);
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$after[0] =~ s|\R$||;
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$after[0] =~ s|.*system library:||g;
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ok($after[0] eq "reason(128)", "(128) '$after[0]' == 'reason(128)'");
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my @zero = run(app([ qw(openssl errstr 2000000) ]), capture => 1);
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$zero[0] =~ s|\R$||;
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$zero[0] =~ s|.*system library:||g;
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ok($zero[0] eq "system library", "(0) '$zero[0]' == 'system library'");
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