X-Git-Url: https://git.exim.org/users/heiko/exim.git/blobdiff_plain/485b86b9dbb99593f752051e936daf8ff0e8add1..f3ebb786e451da973560f1c9d8cdb151d25108b5:/test/runtest

diff --git a/test/runtest b/test/runtest
index f90643ca6..a7b265b96 100755
--- a/test/runtest
+++ b/test/runtest
@@ -476,9 +476,13 @@ RESET_AFTER_EXTRA_LINE_READ:
   # more_errno values in exim_dumpdb output which are times
   s/T:(\S+)\s-22\s(\S+)\s/T:$1 -22 xxxx /;
 
-  # port numbers
+  # port numbers in dumpdb output
   s/T:([a-z.]+(:[0-9.]+)?):$parm_port_n /T:$1:PORT_N /;
 
+  # port numbers in stderr
+  s/^set_process_info: .*\]:\K$parm_port_d /PORT_D /;
+  s/^set_process_info: .*\]:\K$parm_port_s /PORT_S /;
+
 
   # ======== Dates and times ========
 
@@ -488,8 +492,11 @@ RESET_AFTER_EXTRA_LINE_READ:
   # time used was fixed when I first started running automatic Exim tests.
 
   # Date/time in header lines and SMTP responses
-  s/[A-Z][a-z]{2},\s\d\d?\s[A-Z][a-z]{2}\s\d\d\d\d\s\d\d\:\d\d:\d\d\s[-+]\d{4}
+  s/[A-Z][a-z]{2},\s\d\d?\s[A-Z][a-z]{2}\s\d{4}\s\d\d\:\d\d:\d\d\s[-+]\d{4}
     /Tue, 2 Mar 1999 09:44:33 +0000/gx;
+  # and in a French locale
+  s/\S{4},\s\d\d?\s[^,]+\s\d{4}\s\d\d\:\d\d:\d\d\s[-+]\d{4}
+    /dim., 10 f\xE9vr 2019 20:05:49 +0000/gx;
 
   # Date/time in logs and in one instance of a filter test
   s/^\d{4}-\d\d-\d\d\s\d\d:\d\d:\d\d(\s[+-]\d\d\d\d)?\s/1999-03-02 09:44:33 /gx;
@@ -520,7 +527,7 @@ RESET_AFTER_EXTRA_LINE_READ:
     my($next) = $3 - $2;
     $_ = "  first failed=dddd last try=dddd next try=+$next $4\n";
     }
-  s/^(\s*)now=\d+ first_failed=\d+ next_try=\d+ expired=(\d)/$1now=tttt first_failed=tttt next_try=tttt expired=$2/;
+  s/^(\s*)now=\d+ first_failed=\d+ next_try=\d+ expired=(\w)/$1now=tttt first_failed=tttt next_try=tttt expired=$2/;
   s/^(\s*)received_time=\d+ diff=\d+ timeout=(\d+)/$1received_time=tttt diff=tttt timeout=$2/;
 
   # Time to retry may vary
@@ -540,6 +547,15 @@ RESET_AFTER_EXTRA_LINE_READ:
   s/(could not connect to .*: Connection) reset by peer$/$1 refused/;
 
   # ======== TLS certificate algorithms ========
+  #
+  # In Received: headers, convert RFC 8314 style ciphersuite to
+  # the older (comment) style, keeping only the Auth element
+  # (discarding kex, cipher, mac).  For TLS 1.3 there is no kex
+  # element (and no _WITH); insert a spurious "RSA".
+
+  s/^\s+by .+ with .+ \K tls TLS_.*?([^_]+)_WITH.+$/(TLS1.x:ke-$1-AES256-SHAnnn:xxx)/;
+  s/^\s+by .+ with .+ \K tls TLS_.+$/(TLS1.x:ke-RSA-AES256-SHAnnn:xxx)/;
+
   # Test machines might have various different TLS library versions supporting
   # different protocols; can't rely upon TLS 1.2's AES256-GCM-SHA384, so we
   # treat the standard algorithms the same.
@@ -562,9 +578,9 @@ RESET_AFTER_EXTRA_LINE_READ:
   #
   # Retain the authentication algorith field as we want to test that.
 
-  s/( (?: (?:\b|\s) [\(=] ) | \s )TLSv1\.[123]:/$1TLSv1:/xg;
-  s/((EC)?DHE-)?(RSA|ECDSA)-AES(128|256)-(GCM-SHA(256|384)|SHA)(?!:)/ke-$3-AES256-SHA/g;
-  s/((EC)?DHE-)?(RSA|ECDSA)-AES(128|256)-(GCM-SHA(256|384)|SHA):(128|256)/ke-$3-AES256-SHA:xxx/g;
+  s/( (?: (?:\b|\s) [\(=] ) | \s )TLSv1(\.[123])?:/$1TLS1.x:/xg;
+  s/(?<!ke-)((EC)?DHE-)?(RSA|ECDSA)-AES(128|256)-(GCM-SHA(256|384)|SHA)(?!:)/ke-$3-AES256-SHAnnn/g;
+  s/(?<!ke-)((EC)?DHE-)?(RSA|ECDSA)-AES(128|256)-(GCM-SHA(256|384)|SHA):(128|256)/ke-$3-AES256-SHAnnn:xxx/g;
 
   # OpenSSL TLSv1.3 - unsure what to do about the authentication-variant testcases now,
   # as it seems the protocol no longer supports a user choice.  Replace the "TLS" field with "RSA".
@@ -572,8 +588,8 @@ RESET_AFTER_EXTRA_LINE_READ:
   #
   # TLSversion : "TLS" - C_iph_er - MAC : ???
   #
-  s/TLS_AES(_256)?_GCM_SHA384(?!:)/ke-RSA-AES256-SHA/g;
-  s/:TLS_AES(_256)?_GCM_SHA384:256/:ke-RSA-AES256-SHA:xxx/g;
+  s/TLS_AES(_256)?_GCM_SHA384(?!:)/ke-RSA-AES256-SHAnnn/g;
+  s/:TLS_AES(_256)?_GCM_SHA384:256/:ke-RSA-AES256-SHAnnn:xxx/g;
 
   # LibreSSL
   # TLSv1:AES256-GCM-SHA384:256
@@ -583,30 +599,57 @@ RESET_AFTER_EXTRA_LINE_READ:
   # AES256-GCM-SHA384
 
   s/(?<!-)(AES256-GCM-SHA384)/RSA-$1/;
-  s/((EC)?DHE-)?(RSA|ECDSA)-(AES256|CHACHA20)-(GCM-SHA384|POLY1305)(?!:)/ke-$3-AES256-SHA/g;
-  s/((EC)?DHE-)?(RSA|ECDSA)-(AES256|CHACHA20)-(GCM-SHA384|POLY1305):256/ke-$3-AES256-SHA:xxx/g;
+  s/(?<!ke-)((EC)?DHE-)?(RSA|ECDSA)-(AES256|CHACHA20)-(GCM-SHA384|POLY1305)(?!:)/ke-$3-AES256-SHAnnn/g;
+  s/(?<!ke-)((EC)?DHE-)?(RSA|ECDSA)-(AES256|CHACHA20)-(GCM-SHA384|POLY1305):256/ke-$3-AES256-SHAnnn:xxx/g;
 
   # GnuTLS have seen:
+  #   TLS1.3:ECDHE_RSA_AES_256_GCM_SHA384:256
+  #   TLS1.3:ECDHE_SECP256R1__RSA_PSS_RSAE_SHA256__AES_256_GCM__AEAD:256
+  #   TLS1.3:ECDHE_X25519__RSA_PSS_RSAE_SHA256__AES_256_GCM:256
+  #   TLS1.3:ECDHE_PSK_SECP256R1__AES_256_GCM__AEAD:256
+  #
   #   TLS1.2:ECDHE_RSA_AES_256_GCM_SHA384:256
   #   TLS1.2:ECDHE_RSA_AES_128_GCM_SHA256:128
   #   TLS1.2:RSA_AES_256_CBC_SHA1:256 (canonical)
   #   TLS1.2:DHE_RSA_AES_128_CBC_SHA1:128
+  #   TLS1.2:ECDHE_SECP256R1__RSA_SHA256__AES_256_GCM:256
+  #   TLS1.2:ECDHE_SECP256R1__RSA_SHA256__AES_128_CBC__SHA256:128
+  #   TLS1.2:ECDHE_SECP256R1__ECDSA_SHA512__AES_256_GCM:256
+  #   TLS1.2:ECDHE_SECP256R1__AES_256_GCM:256		(3.6.7 resumption)
+  #   TLS1.2:ECDHE_RSA_SECP256R1__AES_256_GCM:256	(! 3.5.18 !)
+  #   TLS1.2:RSA__CAMELLIA_256_GCM:256			(leave the cipher name)
+  #   TLS1.2-PKIX:RSA__AES_128_GCM__AEAD:128		(the -PKIX seems to be a 3.1.20 thing)
+  #   TLS1.2-PKIX:ECDHE_RSA_SECP521R1__AES_256_GCM__AEAD:256
   #
   #   X=TLS1.2:DHE_RSA_AES_256_CBC_SHA256:256
   #   X=TLS1.2:RSA_AES_256_CBC_SHA1:256
   #   X=TLS1.1:RSA_AES_256_CBC_SHA1:256
+  #   X=TLS1.0:RSA_AES_256_CBC_SHA1:256
   #   X=TLS1.0:DHE_RSA_AES_256_CBC_SHA1:256
+  #   X=TLS1.0-PKIX:RSA__AES_256_CBC__SHA1:256
   # and as stand-alone cipher:
   #   ECDHE-RSA-AES256-SHA
   #   DHE-RSA-AES256-SHA256
   #   DHE-RSA-AES256-SHA
   # picking latter as canonical simply because regex easier that way.
-  s/\bDHE_RSA_AES_128_CBC_SHA1:128/RSA_AES_256_CBC_SHA1:256/g;
-  s/TLS1.[012]:((EC)?DHE_)?(RSA|ECDSA)_AES_(256|128)_(CBC|GCM)_SHA(1|256|384):(256|128)/TLS1.x:ke_$3_AES_256_CBC_SHAnnn:256/g;
-  s/\b(ECDHE-(RSA|ECDSA)-AES256-SHA|DHE-RSA-AES256-SHA256)\b/ke-$2-AES256-SHAxx/g;
+  s/\bDHE_RSA_AES_128_CBC_SHA1:128/RSA-AES256-SHA1:256/g;
+  s/TLS1.[0123](-PKIX)?:						# TLS version
+    ((EC)?DHE(_((?<psk>PSK)_)?((?<auth>RSA|ECDSA)_)?
+				(SECP(256|521)R1|X25519))?__?)?		# key-exchange
+    ((?<auth>RSA|ECDSA)((_PSS_RSAE)?_SHA(512|256))?__?)?		# authentication
+    AES_(256|128)_(CBC|GCM)						# cipher
+    (__?AEAD)?								# pseudo-MAC
+    (__?SHA(1|256|384))?						# PRF
+    :(256|128)								# cipher strength
+    /"TLS1.x:ke-"
+	. (defined($+{psk}) ? $+{psk} : "")
+	. (defined($+{auth}) ? $+{auth} : "")
+	. "-AES256-SHAnnn:xxx"/gex;
+  s/TLS1.2:RSA__CAMELLIA_256_GCM(_SHA384)?:256/TLS1.2:RSA_CAMELLIA_256_GCM-SHAnnn:256/g;
+  s/\b(ECDHE-(RSA|ECDSA)-AES256-SHA|DHE-RSA-AES256-SHA256)\b/ke-$2-AES256-SHAnnn/g;
 
   # GnuTLS library error message changes
-  s/No certificate was found/The peer did not send any certificate/g;
+  s/(No certificate was found|Certificate is required)/The peer did not send any certificate/g;
 #(dodgy test?)  s/\(certificate verification failed\): invalid/\(gnutls_handshake\): The peer did not send any certificate./g;
   s/\(gnutls_priority_set\): No or insufficient priorities were set/\(gnutls_handshake\): Could not negotiate a supported cipher suite/g;
   s/\(gnutls_handshake\): \KNo supported cipher suites have been found.$/Could not negotiate a supported cipher suite./;
@@ -715,9 +758,6 @@ RESET_AFTER_EXTRA_LINE_READ:
   s/waiting for children of \d+/waiting for children of pppp/;
   s/waiting for (\S+) \(\d+\)/waiting for $1 (pppp)/;
 
-  # The spool header file name varies with PID
-  s%^(Writing spool header file: .*/hdr).[0-9]{1,5}%$1.pppp%;
-
   # ======== Port numbers ========
   # Incoming port numbers may vary, but not in daemon startup line.
 
@@ -732,7 +772,7 @@ RESET_AFTER_EXTRA_LINE_READ:
     }
 
   # Port in host address in spool file output from -Mvh
-  s/^-host_address (.*)\.\d+/-host_address $1.9999/;
+  s/^(--?host_address) (.*)\.\d+/$1 $2.9999/;
 
   if ($dynamic_socket and $dynamic_socket->opened and my $port = $dynamic_socket->sockport) {
     s/^Connecting to 127\.0\.0\.1 port \K$port/<dynamic port>/;
@@ -956,8 +996,15 @@ RESET_AFTER_EXTRA_LINE_READ:
     s/^waiting for server to shut down\.+ done$/waiting for server to shut down.... done/;
     s/^\/.*postgres /POSTGRES /;
 
+    # DMARC is not always supported by the build
+    next if /^dmarc_tld_file =/;
+
     # ARC is not always supported by the build
     next if /^arc_sign =/;
+
+    # TLS resumption is not always supported by the build
+    next if /^tls_resumption_hosts =/;
+    next if /^-tls_resumption/;
     }
 
   # ======== stderr ========
@@ -1107,14 +1154,22 @@ RESET_AFTER_EXTRA_LINE_READ:
     # remote port numbers vary
     s/(Connection request from 127.0.0.1 port) \d{1,5}/$1 sssss/;
 
+    # Platform-dependent error strings
+    s/Operation timed out/Connection timed out/;
+
     # Skip hosts_require_dane checks when the options
     # are unset, because dane ain't always there.
-
     next if /in\shosts_require_dane\?\sno\s\(option\sunset\)/x;
 
+    # DISABLE_OCSP 
+    next if /in hosts_requ(est|ire)_ocsp\? (no|yes)/;
+
     # SUPPORT_PROXY
     next if /host in hosts_proxy\?/;
 
+    # PIPE_CONNECT
+    next if / in (pipelining_connect_advertise_hosts|hosts_pipe_connect)?\? no /;
+
     # Experimental_International
     next if / in smtputf8_advertise_hosts\? no \(option unset\)/;
 
@@ -1124,9 +1179,6 @@ RESET_AFTER_EXTRA_LINE_READ:
     # TCP Fast Open
     next if /^(ppppp )?setsockopt FASTOPEN: Network Error/;
 
-    # Experimental_PIPE_CONNECT
-    next if / in (pipelining_connect_advertise_hosts|hosts_pipe_connect)?\? no /;
-
     # Environment cleaning
     next if /\w+ in keep_environment\? (yes|no)/;
 
@@ -1159,15 +1211,43 @@ RESET_AFTER_EXTRA_LINE_READ:
     next if /^PDKIM \[[^[]+\] (Header hash|b) computed:/;
 
     # Not all platforms support TCP Fast Open, and the compile omits the check
-    if (s/\S+ in hosts_try_fastopen\? no \(option unset\)\n$//)
+    if (s/\S+ in hosts_try_fastopen\? (no \(option unset\)|yes \(matched "\*"\))\n$//)
       {
       $_ .= <IN>;
       s/ \.\.\. >>> / ... /;
+      if (s/ non-TFO mode connection attempt to 224.0.0.0, 0 data\b$//) { $_ .= <IN>; }
       s/Address family not supported by protocol family/Network Error/;
       s/Network is unreachable/Network Error/;
       }
-
     next if /^(ppppp )?setsockopt FASTOPEN: Protocol not available$/;
+    s/^(Connecting to .* \.\.\. sending) \d+ (nonTFO early-data)$/$1 dd $2/;
+
+    if (/^([0-9: ]*						# possible timestamp
+	Connecting\ to\ [^ ]+\ [^ ]+(\ from\ [^ ]+)?)\ \.\.\.
+	\ .*TFO\ mode\ 
+	(sendto,\ no\ data:\ EINPROGRESS			# Linux
+	|connection\ attempt\ to\ [^,]+,\ 0\ data)		# MacOS & no-support
+	$/x)
+      {
+      $_ = $1 . " ... " . <IN>;
+      s/^(.* \.\.\.) [0-9: ]*connected$/$1  connected/;
+
+      if (/^Connecting to .* \.\.\.  connected$/)
+	{
+	$_ .= <IN>;
+	if (/^(Connecting to .* \.\.\.  )connected\n\s+SMTP(\(close\)>>|\(Connection refused\)<<)$/)
+	  {
+	  $_ = $1 . "failed: Connection refused\n" . <IN>;
+	  s/^(Connecting .*)\n\s+SMTP\(close\)>>$/$1/;
+	  }
+	elsif (/^(Connecting to .* \.\.\.  connected\n)read response data: size=/)
+	  { $_ = $1; }
+
+	# Date/time in SMTP banner
+	s/[A-Z][a-z]{2},\s\d\d?\s[A-Z][a-z]{2}\s\d{4}\s\d\d\:\d\d:\d\d\s[-+]\d{4}
+	  /Tue, 2 Mar 1999 09:44:33 +0000/gx;
+	}
+      }
 
     # Specific pointer values reported for DB operations change from run to run
     s/^(\s*returned from EXIM_DBOPEN: )(0x)?[0-9a-f]+/${1}0xAAAAAAAA/;
@@ -1181,6 +1261,12 @@ RESET_AFTER_EXTRA_LINE_READ:
     # Not all builds include DMARC
     next if /^DMARC: no (dmarc_tld_file|sender_host_address)$/ ;
 
+    # TLS resumption is not always supported by the build
+    next if /in tls_resumption_hosts\?/;
+
+    # Platform differences in errno strings
+    s/  SMTP\(Operation timed out\)<</  SMTP(Connection timed out)<</;
+
     # When Exim is checking the size of directories for maildir, it uses
     # the check_dir_size() function to scan directories. Of course, the order
     # of the files that are obtained using readdir() varies from system to
@@ -1241,6 +1327,23 @@ RESET_AFTER_EXTRA_LINE_READ:
     s/(TLS error on connection [^:]*: error:)[0-9A-F]{8}(:system library):(?:fopen|func\(4095\)):(No such file or directory)$/$1xxxxxxxx$2:fopen:$3/;
     s/(DANE attempt failed.*error:)[0-9A-F]{8}(:SSL routines:)(ssl3_get_server_certificate|tls_process_server_certificate|CONNECT_CR_CERT)(?=:certificate verify failed$)/$1xxxxxxxx$2ssl3_get_server_certificate/;
     s/(DKIM: validation error: )error:[0-9A-F]{8}:rsa routines:(?:(?i)int_rsa_verify|CRYPTO_internal):(?:bad signature|algorithm mismatch)$/$1Public key signature verification has failed./;
+    s/ARC: AMS signing: privkey PEM-block import: error:\K[0-9A-F]{8}:(PEM routines):get_name:(no start line)/0906D06C:$1:PEM_read_bio:$2/;
+
+    # gnutls version variances
+    if (/TLS error on connection \(recv\): .* (Decode error|peer did not send any certificate)/)
+      {
+      my $prev = $_;
+      $_ = <IN>;
+      if (/error on first read/)
+	{
+	s/TLS session: \Kerror on first read:/(gnutls_handshake): A TLS fatal alert has been received.:/;
+	goto RESET_AFTER_EXTRA_LINE_READ;
+	}
+      else
+	{ $_ = $prev; }
+      }
+    # translate gnutls error into the openssl one
+    s/ARC: AMS signing: privkey PEM-block import: \KThe requested data were not available.$/error:0906D06C:PEM routines:PEM_read_bio:no start line/;
 
     # DKIM timestamps
     if ( /(DKIM: d=.*) t=([0-9]*) x=([0-9]*) / )
@@ -1248,6 +1351,16 @@ RESET_AFTER_EXTRA_LINE_READ:
       my ($prefix, $t_diff) = ($1, $3 - $2);
       s/DKIM: d=.* t=[0-9]* x=[0-9]* /${prefix} t=T x=T+${t_diff} /;
       }
+
+    # port numbers
+    s/(?:\[[^\]]*\]:|port )\K$parm_port_d/PORT_D/;
+    s/(?:\[[^\]]*\]:|port )\K$parm_port_d2/PORT_D2/;
+    s/(?:\[[^\]]*\]:|port )\K$parm_port_d3/PORT_D3/;
+    s/(?:\[[^\]]*\]:|port )\K$parm_port_d4/PORT_D4/;
+    s/(?:\[[^\]]*\]:|port )\K$parm_port_s/PORT_S/;
+    s/(?:\[[^\]]*\]:|port )\K$parm_port_n/PORT_N/;
+    s/I=\[[^\]]*\]:\K\d+/ppppp/;
+
     }
 
   # ======== mail ========
@@ -1622,7 +1735,9 @@ $munges =
 		      s! DN="[^,"]*\K,!/!;
 		     ',
       'rejectlog' => 's/ X=TLS\S+ / X=TLS_proto_and_cipher /',
-      'mail'      => 's/ \(TLS[^)]*\)/ (TLS_proto_and_cipher)/',
+      'mail'      => 's/^\s+by .+ with .+ \K tls TLS_.+$/(TLS_proto_and_cipher)/;
+		      s/ \(TLS[^)]*\)/ (TLS_proto_and_cipher)/;
+		     ',
     },
 
     'debug_pid' =>
@@ -2193,7 +2308,7 @@ elsif (/^millisleep\s+(.*)$/)
 
 
 # The "munge" command selects one of a hardwired set of test-result modifications
-# to be made before result compares are run agains the golden set.  This lets
+# to be made before result compares are run against the golden set.  This lets
 # us account for test-system dependent things which only affect a few, but known,
 # test-cases.
 # Currently only the last munge takes effect.
@@ -2781,7 +2896,6 @@ foreach (@eximinfo)
     my $git = `git describe --dirty=-XX --match 'exim-4*'`;
     if (defined $git and $? == 0) {
       chomp $git;
-      $version =~ s/^\d+\K\./_/;
       $git =~ s/^exim-//i;
       $git =~ s/.*-\Kg([[:xdigit:]]+(?:-XX)?)/$1/;
       print <<___
@@ -2858,7 +2972,7 @@ die "CONFIGURE_GROUP ($parm_configure_group) does not match the group invoking $
 	if 0020 & (stat "$parm_cwd/test-config")[2]
 	and $parm_configure_group != $);
 
-die "aux-fixed file is world-writeable; best to strip them all, recursively\n"
+die "aux-fixed file is group-writeable; best to strip them all, recursively\n"
 	if 0020 & (stat "aux-fixed/0037.f-1")[2];
 
 
@@ -3286,7 +3400,7 @@ while (not ($parm_ipv4 and $parm_ipv6) and defined($_ = <IFCONFIG>))
     $parm_ipv4 = $1;
     }
 
-  if (not $parm_ipv6 and /^\s*inet6(?:\saddr)?:?\s?([abcdef\d:]+)(?:\/\d+)/i)
+  if (not $parm_ipv6 and /^\s*inet6(?:\saddr)?:?\s?([abcdef\d:]+)(?:%[^ \/]+)?(?:\/\d+)?/i)
     {
     next if $1 eq '::1' or $1 =~ /^fe80/i;
     $parm_ipv6 = $1;
@@ -3346,6 +3460,7 @@ else
 
 print "IPv4 address is $parm_ipv4\n";
 print "IPv6 address is $parm_ipv6\n";
+$parm_ipv6 =~ /^[^%\/]*/;
 
 # For munging test output, we need the reversed IP addresses.