Ok, I've converted the contents of the "testing/sed" directory into a

sed.tests file.  My brain hurts now.  (Lots of boggling at sed minutiae and 
corner cases and going "why is gnu giving that output".  The behavior of N 
and n with regard to EOF are only understandable if you read the Open Group 
spec, not if you read the sed info page, by the way...)

Some of the existing sed tests are just nuts.  For example, sed-next-line is 
testing for our behavior (which is wrong), and would fail if run against gnu 
sed (which was getting it right.  Again, this was a spec-boggling moment, 
with much head scratching.  I've got to add a debug mode where the stuff 
output by the p command is a different color from the stuff output by normal 
end of script printing (when not suppressed by -n).)

As for sed-handles-unsatisifed-backrefs: what is this test trying to _do_?  I 
ran it against gnu sed and got an error message, and this behavior sounds 
perfectly reasonable.  (It _is_ an unsatisfied backref.)  The fact we 
currently ignore this case (and treat \1 as an empty string) isn't really 
behavior we should have a test depend on for success.

The remaining one is sed-aic-commands, which is long and complicated.  I'm
trying to figure out if I should chop this into a number of smaller tests, or
if having one big "does-many-things" test is a good idea.

In any case, the _next_ step is to go through the Open Group standard and
make tests for every case not yet covered.  (And there are plenty.  There
are few comments in the file already.)  Plus I have notes about corner
cases from development that I need to collate and put into here.  This file
is maybe the first 1/3 of a truly comprehensive sed test.

Rob

1 files changed, 0 insertions, 14 deletions

diff --git a/testsuite/sed/sed-branch-conditional-inverted b/testsuite/sed/sed-branch-conditional-inverted
deleted file mode 100755
index f4df84b3e..000000000
--- a/testsuite/sed/sed-branch-conditional-inverted
+++ /dev/null
@@ -1,14 +0,0 @@
-busybox sed 's/a/1/;T notone;p;: notone;p'>output <<EOF
-a
-b
-c
-EOF
-cmp -s output - <<EOF
-1
-1
-1
-b
-b
-c
-c
-EOF