@@ -752,7 +752,32 @@ static int process_renames(struct merge_options *opt,
S_ISREG(newinfo->stages[target_index].mode));
if (type_changed && collision) {
/* special handling so later blocks can handle this */
- die("Not yet implemented");
+ /*
+ * if type_changed && collision are both true, then this
+ * was really a double rename, but one side wasn't
+ * detected due to lack of break detection. I.e.
+ * something like
+ * orig: has normal file 'foo'
+ * side1: renames 'foo' to 'bar', adds 'foo' symlink
+ * side2: renames 'foo' to 'bar'
+ * In this case, the foo->bar rename on side1 won't be
+ * detected because the new symlink named 'foo' is
+ * there and we don't do break detection. But we detect
+ * this here because we don't want to merge the content
+ * of the foo symlink with the foo->bar file, so we
+ * have some logic to handle this special case. The
+ * easiest way to do that is make 'bar' on side1 not
+ * be considered a colliding file but the other part
+ * of a normal rename. If the file is very different,
+ * well we're going to get content merge conflicts
+ * anyway so it doesn't hurt. And if the colliding
+ * file also has a different type, that'll be handled
+ * by the content merge logic in process_entry() too.
+ *
+ * See also t6430, 'rename vs. rename/symlink'
+ */
+ collision = 0;
+ }
if (source_deleted) {
if (target_index == 1) {
rename_branch = opt->branch1;
@@ -832,7 +857,11 @@ static int process_renames(struct merge_options *opt,
newinfo->pathnames[0] = oldpath;
if (type_changed) {
/* rename vs. typechange */
- die("Not yet implemented");
+ /* Mark the original as resolved by removal */
+ memcpy(&oldinfo->stages[0].oid, &null_oid,
+ sizeof(oldinfo->stages[0].oid));
+ oldinfo->stages[0].mode = 0;
+ oldinfo->filemask &= 0x06;
} else if (source_deleted) {
/* rename/delete */
newinfo->path_conflict = 1;