X-Git-Url: https://git.exim.org/exim.git/blobdiff_plain/c5db348c5e29e93e51389fa0079f829967c5da82..c232fc99a00d3a472dbcc20ce863385815163fb4:/test/stdout/0002?ds=sidebyside diff --git a/test/stdout/0002 b/test/stdout/0002 index 1422289a7..20f418360 100644 --- a/test/stdout/0002 +++ b/test/stdout/0002 @@ -189,7 +189,7 @@ newline tab\134backslash ~tilde\177DEL\200\201. > 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 +> 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. > @@ -495,8 +495,8 @@ newline tab\134backslash ~tilde\177DEL\200\201. > 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 @@ -511,8 +511,8 @@ newline tab\134backslash ~tilde\177DEL\200\201. > 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 @@ -531,10 +531,10 @@ newline tab\134backslash ~tilde\177DEL\200\201. > > # 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 > @@ -578,12 +578,12 @@ newline tab\134backslash ~tilde\177DEL\200\201. > 2 > 2 > 2 -> Empty:<> -> Empty:<> +> empty:<> +> empty:<> > <3> > <3> -> Empty:<> -> Empty:<> +> empty:<> +> empty:<> > no Z > no 4 > Failed: "extract" failed and "fail" requested @@ -662,8 +662,8 @@ newline tab\134backslash ~tilde\177DEL\200\201. > 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 > @@ -708,25 +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 > @@ -736,9 +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.