DANE: fix TA-mode verify under GnuTLS. Bug 2311

[exim.git] / test / stdout / 0002

diff --git a/test/stdout/0002 b/test/stdout/0002
index 0bbd4c75497e8fb385d05e58de88f18bd0919a12..20f418360a956f087f8d4d229a4d452afc264834 100644 (file)
--- a/test/stdout/0002
+++ b/test/stdout/0002
@@ -52,6 +52,8 @@
 > reduce: +abc
 > reduce: 6
 > reduce: 9
+> # Check for extract corrupting reduce's 
+> reduce: a , b
 > 
 > listnamed: *.aa.bb : ^\Nxxx(.*)
 > listnamed: *.aa.bb : ^\Nxxx(.*)
@@ -121,8 +123,12 @@
 > addresses: local-part@dom.ain+xyz@abc
 > addresses: local-part@dom.ain:xyz@abc:p@q:r@s
 > addresses: 
+> Failed: output separator missing in expanding ${addresses:>}
+> 
+> escape:     B7\267F2\362
+> excape8bit: undisturbed text tab
+newline        tab\134backslash ~tilde\177DEL\200\201.
 > 
-> escape: B7\267F2\362
 > eval:   2
 > eval:   7
 > eval:   9
@@ -169,7 +175,21 @@
 > hex2b64:MPPJPkZDbetYunCBao7BJA==
 > hex2b64:ztcfpyNSMb7Tg/rP3EHE3cwi7PE=
 > 
-> The base62 operator is actually a base36 operator in the Darwin and Cygwin
+> base32: 0  <>
+> base32: 1  <b>
+> base32: 31 <7>
+> base32: 32 <ba>
+> base32: 42 <bk>
+> Failed: argument for base32 operator is "0x1", which is not a decimal number
+> 
+> base32d: 0  0
+> base32d: 1  1
+> base32d: 31 31
+> base32d: 32 32
+> base32d: 42 42
+> Failed: argument for base32d operator is "ABC", which is not a base 32 number
+> 
+> the base62 operator is actually a base36 operator in the Darwin and Cygwin
 > environments. Write cunning tests that produce the same output in both cases,
 > while doing a reasonable check.
 > 
@@ -374,6 +394,8 @@
 > isip:   y  1.2.3.4
 > isip4:  y  1.2.3.4
 > isip6:  n  1.2.3.4
+> isip:   n  ::1.2.3.256
+> isip4:  n  1.2.3.256
 > isip:   n  1:2:3:4
 > isip4:  n  1:2:3:4
 > isip6:  n  1:2:3:4
@@ -383,6 +405,7 @@
 > isip:   y  fe80::a00:20ff:fe86:a061
 > isip4:  n  fe80::a00:20ff:fe86:a061
 > isip6:  y  fe80::a00:20ff:fe86:a061
+> isip:   y  fe80::1.2.3.4
 > isip:   n  rhubarb
 > isip4:  n  rhubarb
 > isip6:  n  rhubarb
@@ -472,8 +495,8 @@
 > a.b.c: *.b.c
 > ab.c:  *b.c
 > xyz:   ^X
-> Xyz:   ^X
-> Zyz:   ^Z
+> .Xyz:   ^X
+> .Zyz:   ^Z
 > a b:   "^a +b"
 > a  b:  "^a +b"
 > a:b:   lookup succeeded
@@ -488,8 +511,8 @@
 > a.b.c: *.b.c
 > ab.c:  *b.c
 > xyz:   ^X
-> Xyz:   ^X
-> Zyz:   ^Z
+> .Xyz:   ^X
+> .Zyz:   ^Z
 > a b:   "^a +b"
 > a  b:  "^a +b"
 > a:b:   lookup succeeded
@@ -508,10 +531,10 @@
 > 
 > # Some tests of case-(in)dependence
 > 
-> MiXeD-CD:  Data found for case-dependent MiXeD-CD
-> MixeD-CD:  NOT FOUND
-> MiXeD-Ncd: Data found for case-independent MiXeD-nCD
-> MixeD-Ncd: Data found for case-independent MiXeD-nCD
+> .MiXeD-CD:  Data found for case-dependent MiXeD-CD
+> .MixeD-CD:  NOT FOUND
+> .MiXeD-Ncd: Data found for case-independent MiXeD-nCD
+> .MixeD-Ncd: Data found for case-independent MiXeD-nCD
 > 
 > # IP address (CIDR) lookups
 > 
@@ -555,12 +578,12 @@
 > 2
 > 2
 > 2
-> Empty:<>
-> Empty:<>
+> empty:<>
+> empty:<>
 > <3>
 > <3>
-> Empty:<>
-> Empty:<>
+> empty:<>
+> empty:<>
 > no Z
 > no 4
 > Failed: "extract" failed and "fail" requested
@@ -639,8 +662,8 @@
 > abcd      abcd
 > <:abcd:>  =?iso-8859-8?Q?=3C=3Aabcd=3A=3E?=
 > <:ab cd:> =?iso-8859-8?Q?=3C=3Aab_cd=3A=3E?=
-> Long:     =?iso-8859-8?Q?_here_we_go=3A_a_string_that_is_going_to_be_encoded=3A_?= =?iso-8859-8?Q?it_will_go_over_the_75-char_limit?=
-> Long:     =?iso-8859-8?Q?_here_we_go=3A_a_string_that_is_going_to_be_encoded=3A_?= =?iso-8859-8?Q?it_will_go_over_the_75-char_limit_by_a_long_way=3B_in?= =?iso-8859-8?Q?_fact_this_one_will_go_over_the_150_character_limit?=
+> long:     =?iso-8859-8?Q?_here_we_go=3A_a_string_that_is_going_to_be_encoded=3A_?= =?iso-8859-8?Q?it_will_go_over_the_75-char_limit?=
+> long:     =?iso-8859-8?Q?_here_we_go=3A_a_string_that_is_going_to_be_encoded=3A_?= =?iso-8859-8?Q?it_will_go_over_the_75-char_limit_by_a_long_way=3B_in?= =?iso-8859-8?Q?_fact_this_one_will_go_over_the_150_character_limit?=
 > 
 > # RFC 2047 decode
 > 
@@ -685,25 +708,25 @@ xyz
 > abcd
 1234
 
-> RC=0
+> rc=0
 > 1
-> RC=0
+> rc=0
 > abcd
 1234
 
-> RC=0
+> rc=0
 > 2
-> RC=1
+> rc=1
 > abcd
 1234
 
-> RC=1
+> rc=1
 > N
-> RC=127
+> rc=127
 > >><<
-> RC=0
+> rc=0
 > 1!=2
-> RC=0
+> rc=0
 > 
 > # PRVS
 > 
@@ -713,9 +736,9 @@ xyz
 > 
 > # Syntax errors
 > 
-> Failed: prvs second argument must be a single digit
-> Failed: prvs second argument must be a single digit
-> Failed: prvs second argument must be a single digit
+> Failed: prvs third argument must be a single digit
+> Failed: prvs third argument must be a single digit
+> Failed: prvs third argument must be a single digit
 > 
 > # Correct checks; can't put explicit addresses in the tests, because they
 > # will change over time.