73 	uint32_t	offset;		/** < Offset of the m-sequence */  member
414 get_subvalue(struct rte_thash_ctx *ctx, uint32_t offset)  in get_subvalue()  argument
418 	tmp = (uint32_t *)(&ctx->hash_key[offset >> 3]);  in get_subvalue()
420 	val >>= (TOEPLITZ_HASH_LEN - ((offset & (CHAR_BIT - 1)) +  in get_subvalue()
434 	start = h->offset + h->len - (2 * ctx->reta_sz_log - 1);  in generate_complement_table()
456 	if (end < cur_ent->offset) {  in insert_before()
469 	} else if ((next_ent != NULL) && (end > next_ent->offset)) {  in insert_before()
482 	ret = generate_subkey(ctx, ent->lfsr, cur_ent->offset - 1, start);  in insert_before()
518 	if ((next_ent != NULL) && (end > next_ent->offset)) {  in insert_after()
549 	uint32_t offset)  in rte_thash_add_helper()  argument
556 			((offset + len + TOEPLITZ_HASH_LEN - 1) >  in rte_thash_add_helper()
566 	end = offset + len + TOEPLITZ_HASH_LEN - 1;  in rte_thash_add_helper()
569 		offset;  in rte_thash_add_helper()
578 	ent->offset = start;  in rte_thash_add_helper()
580 	ent->tuple_offset = offset;  in rte_thash_add_helper()
586 		uint32_t range_end = cur_ent->offset + cur_ent->len;  in rte_thash_add_helper()
590 		while ((next_ent != NULL) && (next_ent->offset < range_end)) {  in rte_thash_add_helper()
591 			range_end = RTE_MAX(next_ent->offset + next_ent->len,  in rte_thash_add_helper()
593 			if (start > next_ent->offset)  in rte_thash_add_helper()
599 		if (start < cur_ent->offset)  in rte_thash_add_helper()
673 read_unaligned_byte(uint8_t *ptr, unsigned int len, unsigned int offset)  in read_unaligned_byte()  argument
677 	ret = ptr[offset / CHAR_BIT];  in read_unaligned_byte()
678 	if (offset % CHAR_BIT) {  in read_unaligned_byte()
679 		ret <<= (offset % CHAR_BIT);  in read_unaligned_byte()
680 		ret |= ptr[(offset / CHAR_BIT) + 1] >>  in read_unaligned_byte()
681 			(CHAR_BIT - (offset % CHAR_BIT));  in read_unaligned_byte()
688 read_unaligned_bits(uint8_t *ptr, int len, int offset)  in read_unaligned_bits()  argument
699 			offset);  in read_unaligned_bits()
700 		offset += CHAR_BIT;  in read_unaligned_bits()
709 get_bits_mask(unsigned int len, unsigned int offset)  in get_bits_mask()  argument
713 	offset %= CHAR_BIT;  in get_bits_mask()
715 	last_bit = RTE_MIN((unsigned int)CHAR_BIT, offset + len);  in get_bits_mask()
717 	return ((1 << (CHAR_BIT - offset)) - 1) ^  in get_bits_mask()
723 	unsigned int offset, uint8_t val)  in write_unaligned_byte()  argument
727 	tmp = ptr[offset / CHAR_BIT];  in write_unaligned_byte()
728 	tmp &= ~get_bits_mask(len, offset);  in write_unaligned_byte()
729 	tmp |= ((val << (CHAR_BIT - len)) >> (offset % CHAR_BIT));  in write_unaligned_byte()
730 	ptr[offset / CHAR_BIT] = tmp;  in write_unaligned_byte()
731 	if (((offset + len) / CHAR_BIT) != (offset / CHAR_BIT)) {  in write_unaligned_byte()
732 		int rest_len = (offset + len) % CHAR_BIT;  in write_unaligned_byte()
733 		tmp = ptr[(offset + len) / CHAR_BIT];  in write_unaligned_byte()
736 		ptr[(offset + len) / CHAR_BIT] = tmp;  in write_unaligned_byte()
741 write_unaligned_bits(uint8_t *ptr, int len, int offset, uint32_t val)  in write_unaligned_bits()  argument
753 			offset + len - part_len, tmp);  in write_unaligned_bits()
771 	int offset;  in rte_thash_adjust_tuple()  local
800 		offset =  h->tuple_offset + h->tuple_len - ctx->reta_sz_log;  in rte_thash_adjust_tuple()
801 		tmp = read_unaligned_bits(tuple, ctx->reta_sz_log, offset);  in rte_thash_adjust_tuple()
803 		write_unaligned_bits(tuple, ctx->reta_sz_log, offset, tmp);  in rte_thash_adjust_tuple()
813 				offset -= tmp_len;  in rte_thash_adjust_tuple()
815 					offset);  in rte_thash_adjust_tuple()
818 				write_unaligned_bits(tuple, tmp_len, offset,  in rte_thash_adjust_tuple()