837 zei_shrink_ranges(zfs_ecksum_info_t *eip)  in zei_shrink_ranges()  argument
840 	uint32_t new_allowed_gap = eip->zei_mingap + 1;  in zei_shrink_ranges()
843 	size_t max = eip->zei_range_count;  in zei_shrink_ranges()
845 	struct zei_ranges *r = eip->zei_ranges;  in zei_shrink_ranges()
847 	ASSERT3U(eip->zei_range_count, >, 0);  in zei_shrink_ranges()
848 	ASSERT3U(eip->zei_range_count, <=, MAX_RANGES);  in zei_shrink_ranges()
874 	ASSERT3U(output, <, eip->zei_range_count);  in zei_shrink_ranges()
875 	eip->zei_range_count = output;  in zei_shrink_ranges()
876 	eip->zei_mingap = mingap;  in zei_shrink_ranges()
877 	eip->zei_allowed_mingap = new_allowed_gap;  in zei_shrink_ranges()
881 zei_add_range(zfs_ecksum_info_t *eip, int start, int end)  in zei_add_range()  argument
883 	struct zei_ranges *r = eip->zei_ranges;  in zei_add_range()
884 	size_t count = eip->zei_range_count;  in zei_add_range()
887 		zei_shrink_ranges(eip);  in zei_add_range()
888 		count = eip->zei_range_count;  in zei_add_range()
891 		eip->zei_mingap = UINT32_MAX;  in zei_add_range()
892 		eip->zei_allowed_mingap = 1;  in zei_add_range()
896 		if (gap < eip->zei_allowed_mingap) {  in zei_add_range()
900 		if (gap < eip->zei_mingap)  in zei_add_range()
901 			eip->zei_mingap = gap;  in zei_add_range()
905 	eip->zei_range_count++;  in zei_add_range()
909 zei_range_total_size(zfs_ecksum_info_t *eip)  in zei_range_total_size()  argument
911 	struct zei_ranges *r = eip->zei_ranges;  in zei_range_total_size()
912 	size_t count = eip->zei_range_count;  in zei_range_total_size()
940 	zfs_ecksum_info_t *eip = kmem_zalloc(sizeof (*eip), KM_SLEEP);  in annotate_ecksum()  local
944 		return (eip);  in annotate_ecksum()
962 		return (eip);  in annotate_ecksum()
978 			zei_add_range(eip, start, idx);  in annotate_ecksum()
988 		zei_add_range(eip, start, idx);  in annotate_ecksum()
991 	inline_size = zei_range_total_size(eip);  in annotate_ecksum()
1000 		kmem_free(eip, sizeof (*eip));  in annotate_ecksum()
1011 	for (range = 0; range < eip->zei_range_count; range++) {  in annotate_ecksum()
1012 		size_t start = eip->zei_ranges[range].zr_start;  in annotate_ecksum()
1013 		size_t end = eip->zei_ranges[range].zr_end;  in annotate_ecksum()
1025 				eip->zei_bits_set[offset] = set;  in annotate_ecksum()
1026 				eip->zei_bits_cleared[offset] = cleared;  in annotate_ecksum()
1030 			update_bad_bits(set, &eip->zei_range_sets[range]);  in annotate_ecksum()
1031 			update_bad_bits(cleared, &eip->zei_range_clears[range]);  in annotate_ecksum()
1035 		eip->zei_ranges[range].zr_start	*= sizeof (uint64_t);  in annotate_ecksum()
1036 		eip->zei_ranges[range].zr_end	*= sizeof (uint64_t);  in annotate_ecksum()
1042 	eip->zei_allowed_mingap	*= sizeof (uint64_t);  in annotate_ecksum()
1048 	    DATA_TYPE_UINT32_ARRAY, 2 * eip->zei_range_count,  in annotate_ecksum()
1049 	    (uint32_t *)eip->zei_ranges,  in annotate_ecksum()
1051 	    DATA_TYPE_UINT32, eip->zei_allowed_mingap,  in annotate_ecksum()
1053 	    DATA_TYPE_UINT32_ARRAY, eip->zei_range_count, eip->zei_range_sets,  in annotate_ecksum()
1055 	    DATA_TYPE_UINT32_ARRAY, eip->zei_range_count, eip->zei_range_clears,  in annotate_ecksum()
1062 		    inline_size, (uint8_t *)eip->zei_bits_set,  in annotate_ecksum()
1065 		    inline_size, (uint8_t *)eip->zei_bits_cleared,  in annotate_ecksum()
1068 	return (eip);  in annotate_ecksum()