struct diff_filespec *c1 = ci->pair1->two;
struct diff_filespec *c2 = ci->pair2->two;
char *path = c1->path; /* == c2->path */
+ struct merge_file_info mfi_c1;
+ struct merge_file_info mfi_c2;
output(o, 1, "CONFLICT (rename/rename): "
"Rename %s->%s in %s. "
remove_file(o, 1, a->path, would_lose_untracked(a->path));
remove_file(o, 1, b->path, would_lose_untracked(b->path));
+ mfi_c1 = merge_file_special_markers(o, a, c1, &ci->ren1_other,
+ o->branch1, c1->path,
+ o->branch2, ci->ren1_other.path);
+ mfi_c2 = merge_file_special_markers(o, b, &ci->ren2_other, c2,
+ o->branch1, ci->ren2_other.path,
+ o->branch2, c2->path);
+
if (o->call_depth) {
- struct merge_file_info mfi;
- mfi = merge_file(o, path, null_sha1, 0,
- c1->sha1, c1->mode,
- c2->sha1, c2->mode,
- ci->branch1, ci->branch2);
- output(o, 1, "Adding merged %s", path);
- update_file(o, 0, mfi.sha, mfi.mode, path);
+ /*
+ * If mfi_c1.clean && mfi_c2.clean, then it might make
+ * sense to do a two-way merge of those results. But, I
+ * think in all cases, it makes sense to have the virtual
+ * merge base just undo the renames; they can be detected
+ * again later for the non-recursive merge.
+ */
+ remove_file(o, 0, path, 0);
+ update_file(o, 0, mfi_c1.sha, mfi_c1.mode, a->path);
+ update_file(o, 0, mfi_c2.sha, mfi_c2.mode, b->path);
} else {
char *new_path1 = unique_path(o, path, ci->branch1);
char *new_path2 = unique_path(o, path, ci->branch2);
output(o, 1, "Renaming %s to %s and %s to %s instead",
a->path, new_path1, b->path, new_path2);
remove_file(o, 0, path, 0);
- update_file(o, 0, c1->sha1, c1->mode, new_path1);
- update_file(o, 0, c2->sha1, c2->mode, new_path2);
+ update_file(o, 0, mfi_c1.sha, mfi_c1.mode, new_path1);
+ update_file(o, 0, mfi_c2.sha, mfi_c2.mode, new_path2);
free(new_path2);
free(new_path1);
}
test_must_fail git merge -s recursive R2^0 &&
- test 5 = $(git ls-files -s | wc -l) &&
- test 3 = $(git ls-files -u | wc -l) &&
- test 0 = $(git ls-files -o | wc -l) &&
+ test 2 = $(git ls-files -s | wc -l) &&
+ test 2 = $(git ls-files -u | wc -l) &&
+ test 2 = $(git ls-files -o | wc -l) &&
- test $(git rev-parse :0:one) = $(git rev-parse L2:one) &&
- test $(git rev-parse :0:two) = $(git rev-parse R2:two) &&
test $(git rev-parse :2:three) = $(git rev-parse L2:three) &&
test $(git rev-parse :3:three) = $(git rev-parse R2:three) &&
- cp one merged &&
- >empty &&
- test_must_fail git merge-file \
- -L "Temporary merge branch 1" \
- -L "" \
- -L "Temporary merge branch 2" \
- merged empty two &&
- test $(git rev-parse :1:three) = $(git hash-object merged)
+ test $(git rev-parse L2:three) = $(git hash-object three~HEAD) &&
+ test $(git rev-parse R2:three) = $(git hash-object three~R2^0)
'
#
test_must_fail git merge -s recursive R2^0 &&
- test 5 = $(git ls-files -s | wc -l) &&
- test 3 = $(git ls-files -u | wc -l) &&
- test 0 = $(git ls-files -o | wc -l) &&
+ test 2 = $(git ls-files -s | wc -l) &&
+ test 2 = $(git ls-files -u | wc -l) &&
+ test 2 = $(git ls-files -o | wc -l) &&
- test $(git rev-parse :0:one) = $(git rev-parse L2:one) &&
- test $(git rev-parse :0:two) = $(git rev-parse R2:two) &&
test $(git rev-parse :2:three) = $(git rev-parse L2:three) &&
test $(git rev-parse :3:three) = $(git rev-parse R2:three) &&
- head -n 10 two >merged &&
- cp one merge-me &&
- >empty &&
- test_must_fail git merge-file \
- -L "Temporary merge branch 1" \
- -L "" \
- -L "Temporary merge branch 2" \
- merge-me empty merged &&
-
- test $(git rev-parse :1:three) = $(git hash-object merge-me)
+ test $(git rev-parse L2:three) = $(git hash-object three~HEAD) &&
+ test $(git rev-parse R2:three) = $(git hash-object three~R2^0)
'
#