# A regression test "framework" for Privoxy. For documentation see:
# perldoc privoxy-regression-test.pl
#
-# $Id: privoxy-regression-test.pl,v 1.153 2008/05/25 18:48:07 fk Exp $
+# $Id: privoxy-regression-test.pl,v 1.158 2008/07/23 18:47:11 fk Exp $
#
# Wish list:
#
# - Implement a HTTP_VERSION directive or allow to
# specify whole request lines.
# - Support filter regression tests.
-# - Add option to fork regression tests and run them in parallel,
-# possibly optional forever.
# - Document magic Expect Header values
# - Internal fuzz support?
#
use Getopt::Long;
use constant {
- PRT_VERSION => 'Privoxy-Regression-Test 0.2',
+ PRT_VERSION => 'Privoxy-Regression-Test 0.3',
- CURL => 'curl',
+ CURL => 'curl',
# CLI option defaults
- CLI_RETRIES => 1,
- CLI_LOOPS => 1,
- CLI_MAX_TIME => 5,
- CLI_MIN_LEVEL => 0,
- CLI_MAX_LEVEL => 25,
+ CLI_RETRIES => 1,
+ CLI_LOOPS => 1,
+ CLI_MAX_TIME => 5,
+ CLI_MIN_LEVEL => 0,
+ CLI_MAX_LEVEL => 25,
+ CLI_FORKS => 0,
PRIVOXY_CGI_URL => 'http://p.p/',
FELLATIO_URL => 'http://127.0.0.1:8080/',
my $ignored = 0;
- l(LL_STATUS, "Loading regression tests from action file(s) delivered by Privoxy.");
+ l(LL_STATUS, "Gathering regression tests from " .
+ @actionfiles . " action file(s) delivered by Privoxy.");
for my $file_number (0 .. @actionfiles - 1) {
my $expected_status_code = shift;
my $result = 0;
- if ($expected_status_code == $status_code) {
+ unless (defined $status_code) {
+
+ # XXX: should probably be caught earlier.
+ l(LL_VERBOSE_FAILURE,
+ "Ooops. We expected status code " . $expected_status_code . ", but didn't get any status code at all.");
+
+ } elsif ($expected_status_code == $status_code) {
$result = 1;
l(LL_VERBOSE_SUCCESS,
return check_header_result($test_ref, $header);
}
-
sub interpret_result ($) {
my $success = shift;
return $success ? "Success" : "Failure";
return get_cgi_page_or_else($curl_parameters);
}
-
sub get_head_with_curl ($) {
our $fellatio_url = FELLATIO_URL;
return get_page_with_curl($curl_parameters);
}
-
sub get_page_with_curl ($) {
our $proxy;
return $string;
}
-
sub show_test ($) {
my $test_ref = shift;
log_message('Test is:' . test_content_as_string($test_ref));
Options and their default values if they have any:
[--debug $cli_options{'debug'}]
+ [--forks $cli_options{'forks'}]
[--fuzzer-address]
[--fuzzer-feeding]
[--help]
$cli_options{'loops'} = CLI_LOOPS;
$cli_options{'max-time'} = CLI_MAX_TIME;
$cli_options{'retries'} = CLI_RETRIES;
+ $cli_options{'forks'} = CLI_FORKS;
}
sub parse_cli_options () {
GetOptions (
'debug=s' => \$cli_options{'debug'},
+ 'forks=s' => \$cli_options{'forks'},
'help' => sub { help },
'header-fuzzing' => \$cli_options{'header-fuzzing'},
'min-level=s' => \$cli_options{'min-level'},
}
}
+sub start_forks($) {
+ my $forks = shift;
+
+ l(LL_ERROR, "Invalid --fork value: " . $forks . ".") if ($forks < 0);
+
+ foreach my $fork (1 .. $forks) {
+ log_message("Starting fork $fork");
+ my $pid = fork();
+ if (defined $pid && !$pid) {
+ return;
+ }
+ }
+}
+
sub main () {
init_our_variables();
init_proxy_settings('vanilla-proxy');
load_regressions_tests();
init_proxy_settings('fuzz-proxy');
+ start_forks(get_cli_option('forks')) if cli_option_is_set('forks');
execute_regression_tests();
}
=head1 SYNOPSIS
-B<privoxy-regression-test> [B<--debug bitmask>] [B<--fuzzer-feeding>]
-[B<--fuzzer-feeding>] [B<--help>] [B<--level level>] [B<--loops count>]
-[B<--max-level max-level>] [B<--max-time max-time>]
+B<privoxy-regression-test> [B<--debug bitmask>] [B<--forks> forks]
+[B<--fuzzer-feeding>] [B<--fuzzer-feeding>] [B<--help>] [B<--level level>]
+[B<--loops count>] [B<--max-level max-level>] [B<--max-time max-time>]
[B<--min-level min-level>] B<--privoxy-address proxy-address>
[B<--retries retries>] [B<--verbose>] [B<--version>]
B<--debug bitmask> Add the bitmask provided as integer
to the debug settings.
+B<--forks forks> Number of forks to start before executing
+the regression tests. This is mainly useful for stress-testing.
+
B<--fuzzer-address> Listening address used when executing
the regression tests. Useful to make sure that the requests
to load the regression tests don't fail due to fuzzing.