# w/o dir-rename detection: z/d, CONFLICT(z/b -> y/b vs. w/b),
# CONFLICT(z/c -> y/c vs. w/c)
# Currently expected: y/d, CONFLICT(z/b -> y/b vs. w/b),
# CONFLICT(z/c -> y/c vs. w/c)
# Optimal: ??
# if z not considered renamed: z/d, CONFLICT(z/b -> y/b vs. w/b),
# CONFLICT(z/c -> y/c vs. w/c)
# if z->y rename considered: y/d, CONFLICT(z/b -> y/b vs. w/b),
# CONFLICT(z/c -> y/c vs. w/c)
# Optimal: ??
#
# Notes: In commit A, directory z got renamed to y. In commit B, directory z
# did NOT get renamed; the directory is still present; instead it is
# considered to have just renamed a subset of paths in directory z
# elsewhere. Therefore, the directory rename done in commit A to z/
# applies to z/d and maps it to y/d.
# elsewhere. However, this is much like testcase 6b (where commit B
# moves all the original paths out of z/ but opted to keep d
# within z/). This makes it hard to judge where d should end up.
#
# It's possible that users would get confused about this, but what
# should we do instead? Silently leaving at z/d seems just as bad or
# maybe even worse. Perhaps we could print a big warning about z/d
# and how we're moving to y/d in this case, but when I started thinking
# about the ramifications of doing that, I didn't know how to rule out
# that opening other weird edge and corner cases so I just punted.
# should we do instead? It's not at all clear to me whether z/d or
# y/d or something else is a better resolution here, and other cases
# start getting really tricky, so I just picked one.
test_setup_8e () {
test_create_repo 8e &&
@ -4405,7 +4404,7 @@ test_expect_success '13b(info): messages for transitive rename with conflicted c
@@ -4405,7 +4404,7 @@ test_expect_success '13b(info): messages for transitive rename with conflicted c
# Commit O: z/{b,c}, x/{d,e}
# Commit A: y/{b,c,d}, x/e
# Commit B: z/{b,c,d}, x/e
# Expected: y/{b,c,d}, with info or conflict messages for d (
# Expected: y/{b,c,d}, x/e, with info or conflict messages for d
# A: renamed x/d -> z/d; B: renamed z/ -> y/ AND renamed x/d to y/d
# One could argue A had partial knowledge of what was done with
# d and B had full knowledge, but that's a slippery slope as