ALLOC_GROW(rename_dst, rename_dst_nr + 1, rename_dst_alloc);
rename_dst_nr++;
if (first < rename_dst_nr)
- memmove(rename_dst + first + 1, rename_dst + first,
- (rename_dst_nr - first - 1) * sizeof(*rename_dst));
+ MOVE_ARRAY(rename_dst + first + 1, rename_dst + first,
+ rename_dst_nr - first - 1);
rename_dst[first].two = alloc_filespec(two->path);
- fill_filespec(rename_dst[first].two, two->oid.hash, two->oid_valid,
+ fill_filespec(rename_dst[first].two, &two->oid, two->oid_valid,
two->mode);
rename_dst[first].pair = NULL;
return 0;
ALLOC_GROW(rename_src, rename_src_nr + 1, rename_src_alloc);
rename_src_nr++;
if (first < rename_src_nr)
- memmove(rename_src + first + 1, rename_src + first,
- (rename_src_nr - first - 1) * sizeof(*rename_src));
+ MOVE_ARRAY(rename_src + first + 1, rename_src + first,
+ rename_src_nr - first - 1);
rename_src[first].p = p;
rename_src[first].score = score;
return &(rename_src[first]);
/* Add all sources to the hash table in reverse order, because
* later on they will be retrieved in LIFO order.
*/
- hashmap_init(&file_table, NULL, rename_src_nr);
+ hashmap_init(&file_table, NULL, NULL, rename_src_nr);
for (i = rename_src_nr-1; i >= 0; i--)
insert_file_table(&file_table, i, rename_src[i].p->one);
* growing larger than a "rename_limit" square matrix, ie:
*
* num_create * num_src > rename_limit * rename_limit
- *
- * but handles the potential overflow case specially (and we
- * assume at least 32-bit integers)
*/
- if (rename_limit <= 0 || rename_limit > 32767)
+ if (rename_limit <= 0)
rename_limit = 32767;
if ((num_create <= rename_limit || num_src <= rename_limit) &&
- (num_create * num_src <= rename_limit * rename_limit))
+ ((uint64_t)num_create * (uint64_t)num_src
+ <= (uint64_t)rename_limit * (uint64_t)rename_limit))
return 0;
options->needed_rename_limit =
num_src > num_create ? num_src : num_create;
/* Are we running under -C -C? */
- if (!DIFF_OPT_TST(options, FIND_COPIES_HARDER))
+ if (!options->flags.find_copies_harder)
return 1;
/* Would we bust the limit if we were running under -C? */
num_src++;
}
if ((num_create <= rename_limit || num_src <= rename_limit) &&
- (num_create * num_src <= rename_limit * rename_limit))
+ ((uint64_t)num_create * (uint64_t)num_src
+ <= (uint64_t)rename_limit * (uint64_t)rename_limit))
return 2;
return 1;
}
else if (options->single_follow &&
strcmp(options->single_follow, p->two->path))
continue; /* not interested */
- else if (!DIFF_OPT_TST(options, RENAME_EMPTY) &&
- is_empty_blob_sha1(p->two->oid.hash))
+ else if (!options->flags.rename_empty &&
+ is_empty_blob_oid(&p->two->oid))
continue;
else if (add_rename_dst(p->two) < 0) {
warning("skipping rename detection, detected"
goto cleanup;
}
}
- else if (!DIFF_OPT_TST(options, RENAME_EMPTY) &&
- is_empty_blob_sha1(p->one->oid.hash))
+ else if (!options->flags.rename_empty &&
+ is_empty_blob_oid(&p->one->oid))
continue;
else if (!DIFF_PAIR_UNMERGED(p) && !DIFF_FILE_VALID(p->two)) {
/*
}
if (options->show_rename_progress) {
- progress = start_progress_delay(
+ progress = start_delayed_progress(
_("Performing inexact rename detection"),
- rename_dst_nr * rename_src_nr, 50, 1);
+ (uint64_t)rename_dst_nr * (uint64_t)rename_src_nr);
}
mx = xcalloc(st_mult(NUM_CANDIDATE_PER_DST, num_create), sizeof(*mx));
diff_free_filespec_blob(two);
}
dst_cnt++;
- display_progress(progress, (i+1)*rename_src_nr);
+ display_progress(progress, (uint64_t)(i+1)*(uint64_t)rename_src_nr);
}
stop_progress(&progress);
/* cost matrix sorted by most to least similar pair */
- qsort(mx, dst_cnt * NUM_CANDIDATE_PER_DST, sizeof(*mx), score_compare);
+ QSORT(mx, dst_cnt * NUM_CANDIDATE_PER_DST, score_compare);
rename_count += find_renames(mx, dst_cnt, minimum_score, 0);
if (detect_rename == DIFF_DETECT_COPY)
for (i = 0; i < rename_dst_nr; i++)
free_filespec(rename_dst[i].two);
- free(rename_dst);
- rename_dst = NULL;
+ FREE_AND_NULL(rename_dst);
rename_dst_nr = rename_dst_alloc = 0;
- free(rename_src);
- rename_src = NULL;
+ FREE_AND_NULL(rename_src);
rename_src_nr = rename_src_alloc = 0;
return;
}