67  * 1 octet of number of BIS
74  * For each BIS in the subgroup there is
75  * 1 octet for the BIS index
79  * For a minimal BASE with 1 subgroup and 1 BIS without and other data the
383 	/* Create BIS index bitfield */  in encode_base_subgroup()
389 			LOG_DBG("No room for BIS[%d] index", i);  in encode_base_subgroup()
397 			LOG_DBG("No room for bis codec config length");  in encode_base_subgroup()
405 			LOG_DBG("No room for BIS[%u] data: %zu", i, stream_data[i].data_len);  in encode_base_subgroup()
596 /** Gets the "highest" state of all BIS in the broadcast source */
647 		/* Merge subgroup codec configuration with the BIS configuration  in update_codec_cfg_data()
648 		 * As per the BAP spec, if a value exist at level 2 (subgroup) and 3 (BIS), then it  in update_codec_cfg_data()
655 				LOG_DBG("Could not merge BIS and subgroup config in codec_cfg: %d",  in update_codec_cfg_data()
661 			/* If it is not LC3, then we don't know how to merge the subgroup and BIS  in update_codec_cfg_data()
666 				LOG_DBG("Could not store BIS and subgroup config in codec_cfg (%u "  in update_codec_cfg_data()
741 		/* Check that we are not above the maximum BIS count */  in bt_bap_broadcast_source_create()
785 			/* Store the BIS specific codec configuration data in  in bt_bap_broadcast_source_create()
955 			/* Store the BIS specific codec configuration data in the broadcast source.  in bt_bap_broadcast_source_reconfig()
1038 	struct bt_iso_chan *bis[BROADCAST_STREAM_CNT];  in bt_bap_broadcast_source_start()  local
1065 			bis[bis_count++] = bt_bap_stream_iso_chan_get(stream);  in bt_bap_broadcast_source_start()
1071 	param.bis_channels = bis;  in bt_bap_broadcast_source_start()
1086 	/* Set the enabling state early in case that the BIS is connected before we can manage to  in bt_bap_broadcast_source_start()