qualify_domain: $qualify_domain
bounce_return_size_limit: ${bounce_return_size_limit}
spool_directory: $spool_directory
+queue_name: $queue_name
unknown: ${unknown}
h_subject: $h_subject:(should be empty)
h_subject:$h_subject (should be empty)
xyz@abc, nullgroupname:;, group: p@q, r@s; }
addresses: ${addresses:local-part@dom.ain <local-part@dom.ain>}
-escape: ${escape:B7·F2ò}
+escape: ${escape:B7·F2ò}
+excape8bit: ${escape8bit:undisturbed text\ttab\nnewline\ttab\\backslash \176tilde\177DEL\200\x81.}
+
eval: ${eval:1+1}
eval: ${eval:1+2*3}
eval: ${eval:(1+2)*3}
hex2b64:${hex2b64:${md5:the quick brown fox}}
hex2b64:${hex2b64:${sha1:the quick brown fox}}
+base32: 0 <${base32:0}>
+base32: 1 <${base32:1}>
+base32: 31 <${base32:31}>
+base32: 32 <${base32:32}>
+base32: 42 <${base32:42}>
+base32 error: 0x1 ${base32:0x1}
+
+base32d: 0 ${base32d:${base32:0}}
+base32d: 1 ${base32d:${base32:1}}
+base32d: 31 ${base32d:${base32:31}}
+base32d: 32 ${base32d:${base32:32}}
+base32d: 42 ${base32d:${base32:42}}
+base32d error: ABC ${base32d:ABC}
+
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.
mask: ${mask:192.168.10.206/0}
mask: ${mask:192.168.10.206}
mask: ${mask:a.b.c.d}
+ipv6denorm: ${ipv6denorm:::1}
+ipv6denorm: ${ipv6denorm:fe00::1}
+ipv6denorm: ${ipv6denorm:192.168.0.1}
+ipv6denorm: ${ipv6denorm:fe80::192.168.0.1}
+ipv6norm: ${ipv6norm:0:0:0::1}
+ipv6norm: ${ipv6norm:2a00::0}
+ipv6norm: ${ipv6norm:2a00::1}
+ipv6norm: ${ipv6norm:2a00:eadf:0000:0000:0000:0000:0001:0000}
+ipv6norm: ${ipv6norm:2a00:eadf:0000:0001:0000:0000:0000:0000}
+ipv6norm: ${ipv6norm:2a00:0:0:0::}
+ipv6norm: ${ipv6norm:2a00:2:3:4:5:6:7:8}
nhash: ${nhash_24:monty} ${nhash_8_63:monty python}
lc/uc: ${lc:The Quick} ${uc: Brown Fox}
length: ${length_10:The quick brown fox} ${l_10:abc}
substr: ${substr_10:abc}
str2b64:${str2b64:abcd}
str2b64:${str2b64:The quick brown \n fox}
+base64: ${base64:abcd}
+base64: ${base64:The quick brown \n fox}
+base64d:${base64d:YWJjZA==}
+base64d:${base64d:VGhlIHF1aWNrIGJyb3duIAogZm94}
strlen: ${strlen:}
strlen: ${strlen:a}
strlen: ${strlen:abcdefgh}
${extract{ }{X=3}}
${extract{ 2 }{ }{a b c}}
+${map{a,1:b,2:c,3}{${extract{1}{,}{$item}{$value}{}}}}
+${map{a,1:b,2:c,3}{${extract{1}{,}{$item}{$value}{failcase}{bogus_argument}}}}
+${map{a,1:b,2:c,3}{${extract{1}{,}{$item}{$value}fail}}}
+
# Translation
abcdea aaa xyz ${tr{abcdea}{aaa}{xyz}}
${if ={1}{1} {true}{${if ={1}{1} {true}{${if ={1}{1}{true}fail}}}}}
+# Environment access
+
+${env {USER}}
+${env {NO_SUCH_VARIABLE} {oops, success} {correct}}
+
****
# Test "escape" with print_topbitchars
exim -be -DPTBC=print_topbitchars