int i;
int o = 0; /* output cursor */
- qsort(rs->ranges, rs->nr, sizeof(struct range), range_cmp);
+ QSORT(rs->ranges, rs->nr, range_cmp);
for (i = 0; i < rs->nr; i++) {
if (rs->ranges[i].start == rs->ranges[i].end)
char *data = NULL;
if (diff_populate_filespec(spec, 0))
- die("Cannot read blob %s", sha1_to_hex(spec->sha1));
+ die("Cannot read blob %s", oid_to_hex(&spec->oid));
ALLOC_ARRAY(ends, size);
ends[cur++] = 0;
if (!pair || !diff)
return;
- if (pair->one->sha1_valid)
+ if (pair->one->oid_valid)
fill_line_ends(pair->one, &p_lines, &p_ends);
fill_line_ends(pair->two, &t_lines, &t_ends);
fprintf(opt->file, "%s%sdiff --git a/%s b/%s%s\n", prefix, c_meta, pair->one->path, pair->two->path, c_reset);
fprintf(opt->file, "%s%s--- %s%s%s\n", prefix, c_meta,
- pair->one->sha1_valid ? "a/" : "",
- pair->one->sha1_valid ? pair->one->path : "/dev/null",
+ pair->one->oid_valid ? "a/" : "",
+ pair->one->oid_valid ? pair->one->path : "/dev/null",
c_reset);
fprintf(opt->file, "%s%s+++ b/%s%s\n", prefix, c_meta, pair->two->path, c_reset);
for (i = 0; i < range->ranges.nr; i++) {
if (rg->ranges.nr == 0)
return 0;
- assert(pair->two->sha1_valid);
+ assert(pair->two->oid_valid);
diff_populate_filespec(pair->two, 0);
file_target.ptr = pair->two->data;
file_target.size = pair->two->size;
- if (pair->one->sha1_valid) {
+ if (pair->one->oid_valid) {
diff_populate_filespec(pair->one, 0);
file_parent.ptr = pair->one->data;
file_parent.size = pair->one->size;