180         log_debug_p(LOG, "BPQBlock::initialise: b->source() != NULL");

   180         log_debug_p(LOG, "BPQBlock::initialise: b->source() != NULL");

   181     } else {

   181     } else {

   182         log_debug_p(LOG, "BPQBlock::initialise: b->source() == NULL");

   182         log_debug_p(LOG, "BPQBlock::initialise: b->source() == NULL");

   183         block = b;

   183         block = b;

   184     }

   184     }

   185 /////////////////////////////////////////////////////

   186 /////////////////////////////////////////////////////

   186     ASSERT ( block != NULL );

   187     ASSERT ( block != NULL );

   187     

   188     

   188     log_debug_p(LOG, "BPQBlock::initialise: block != NULL");

   189     log_debug_p(LOG, "BPQBlock::initialise: block != NULL");

   189 

   190 

   226     if ( i < len ) {

   227     if ( i < len ) {

   227         matching_rule_ = (u_int) buf[i++];

   228         matching_rule_ = (u_int) buf[i++];

   228         log_debug_p(LOG, "BPQBlock::initialise: matching rule = %u", matching_rule_);

   229         log_debug_p(LOG, "BPQBlock::initialise: matching rule = %u", matching_rule_);

   229     }

   230     }

   230 

   231 

   231     // Decode the SDNV-encoded query length. Note that we need to know the length of the

   236     // Decode the SDNV-encoded query length. Note that we need to know the length of the

   232     // of the encoded value and provide some pointers to the encoded value along with

   237     // of the encoded value and provide some pointers to the encoded value along with

   233     // where we want the decoded value (in this case, query_len_).

   238     // where we want the decoded value (in this case, query_len_).

   234     if ( i < len &&

   239     if ( i < len &&

   235         (decoding_len = SDNV::decode(&(buf[i]), len - i, &query_len_)) >= 0 ) {

   240         (decoding_len = SDNV::decode(&(buf[i]), len - i, &query_len_)) >= 0 ) {