500 	u64 found_start, found_end;  in free_space_test_bit()  local
507 	found_start = key.objectid;  in free_space_test_bit()
509 	ASSERT(offset >= found_start && offset < found_end);  in free_space_test_bit()
512 	i = div_u64(offset - found_start,  in free_space_test_bit()
525 	u64 found_start, found_end;  in free_space_set_bits()  local
532 	found_start = key.objectid;  in free_space_set_bits()
534 	ASSERT(*start >= found_start && *start < found_end);  in free_space_set_bits()
535 	ASSERT(end > found_start);  in free_space_set_bits()
541 	first = (*start - found_start) >> fs_info->sectorsize_bits;  in free_space_set_bits()
542 	last = (end - found_start) >> fs_info->sectorsize_bits;  in free_space_set_bits()
704 	u64 found_start, found_end;  in remove_free_space_extent()  local
721 	found_start = key.objectid;  in remove_free_space_extent()
723 	ASSERT(start >= found_start && end <= found_end);  in remove_free_space_extent()
750 	if (start > found_start) {  in remove_free_space_extent()
751 		key.objectid = found_start;  in remove_free_space_extent()
753 		key.offset = start - found_start;  in remove_free_space_extent()
856 	u64 found_start, found_end;  in add_free_space_extent()  local
902 	found_start = key.objectid;  in add_free_space_extent()
904 	ASSERT(found_start >= block_group->start &&  in add_free_space_extent()
906 	ASSERT(found_start < start && found_end <= start);  in add_free_space_extent()
916 		new_key.objectid = found_start;  in add_free_space_extent()
942 	found_start = key.objectid;  in add_free_space_extent()
944 	ASSERT(found_start >= block_group->start &&  in add_free_space_extent()
946 	ASSERT((found_start < start && found_end <= start) ||  in add_free_space_extent()
947 	       (found_start >= end && found_end > end));  in add_free_space_extent()
953 	if (found_start == end) {  in add_free_space_extent()