config_common.proto

syntax = "proto2";
package protocol;

//
// Cell config related structures and enums
//

message flex_si_config {
       optional uint32 sfn = 1;
       optional uint32 sib1_length = 2;		// The length of SIB1 in bytes
       optional uint32 si_window_length = 3; 	// The scheduling window for all SIs in SF
       repeated flex_si_message si_message = 4;	// List of SI messages to be sent.
       						// The index identifies the type of an SI message
						// 0 - SIB1
						// 1..31 - SIx
						// 32..63 - PCCH
}

message flex_si_message {
	optional uint32 periodicity = 1;		// Periodicity of SI msg in radio frames
	optional uint32 length = 2;			// The length of the SI message in bytes
}

enum flex_hopping_mode {
     FLHM_INTER = 0;
     FLHM_INTERINTRA = 1;
}

enum flex_phich_resource {
     FLPR_ONE_SIXTH = 0;
     FLPR_HALF = 1;
     FLPR_ONE = 2;
     FLPR_TWO = 3;
}

enum flex_phich_duration {
     FLPD_NORMAL = 0;
     FLPD_EXTENDED = 1;
}

enum flex_ul_cyclic_prefix_length {
     FLUCPL_NORMAL = 0;
     FLUCPL_EXTENDED = 1;
}

enum flex_dl_cyclic_prefix_length {
     FLDCPL_NORMAL = 0;
     FLDCPL_EXTENDED = 1;
}

enum flex_duplex_mode {
     FLDM_TDD = 0;
     FLDM_FDD = 1;
}

enum flex_qam {
     FLEQ_MOD_16QAM = 0;
     FLEQ_MOD_64QAM = 1;
}

//
// Slice config related structures and enums
//
enum flex_dl_sorting {

	CR_ROUND = 0;	// Highest HARQ first
	CR_SRB12 = 1;	// Highest SRB1+2 first
	CR_HOL   = 2;	// Highest HOL first
	CR_LC    = 3;	// Greatest RLC buffer first
	CR_CQI   = 4;	// Highest CQI first
	CR_LCP   = 5;	// Highest LC priority first
}

enum flex_ul_sorting {
	CRU_ROUND = 0;	// Highest HARQ first
	CRU_BUF   = 1;	// Highest BSR first
	CRU_BTS   = 2;	// More bytes to schedule first
	CRU_MCS   = 3;  // Highest MCS first
	CRU_LCP   = 4;  // Highest LC priority first
	CRU_HOL   = 5;  // Highest HOL first
}

enum flex_dl_accounting_policy {
	POL_FAIR   = 0;
	POL_GREEDY = 1;
	POL_NUM    = 2;
}

enum flex_ul_accounting_policy {
	POLU_FAIR   = 0;
	POLU_GREEDY = 1;
	POLU_NUM    = 2;
}

enum flex_slice_label {
	xMBB  = 0;
	URLLC = 1;
	mMTC  = 2;
	xMTC  = 3;
	Other = 4;
}

message flex_dl_slice {
	optional uint32 id = 1;
	optional flex_slice_label label = 2;
	// should be between 0 and 100
	optional uint32 percentage = 3;
	// whether this slice should be exempted form interslice sharing
	optional bool   isolation = 4;
	// increasing value means increasing prio
	optional uint32 priority = 5;
	// min and max RB to use (in frequency) in the range [0, N_RBG_MAX]
	optional uint32 position_low = 6;
	optional uint32 position_high = 7;
	// maximum MCS to be allowed in this slice
	optional uint32 maxmcs = 8;
	repeated flex_dl_sorting sorting = 9;
	optional flex_dl_accounting_policy accounting = 10;
	optional string scheduler_name = 11;
}

message flex_ul_slice {
	optional uint32 id = 1;
	optional flex_slice_label label = 2;
	// should be between 0 and 100
	optional uint32 percentage = 3;
	// whether this slice should be exempted form interslice sharing
	optional bool   isolation = 4;
	// increasing value means increasing prio
	optional uint32 priority = 5;
	// RB start to use (in frequency) in the range [0, N_RB_MAX]
	optional uint32 first_rb = 6;
	// TODO RB number
	//optional uint32 length_rb = 7;
	// maximum MCS to be allowed in this slice
	optional uint32 maxmcs = 8;
	repeated flex_ul_sorting sorting = 9;
	optional flex_ul_accounting_policy accounting = 10;
	optional string scheduler_name = 11;
}

//
// UE config related structures and enums
//

message flex_drx_config {
	optional uint32 on_duration_timer = 1;		// Timer in SF. See TS 36.321
	optional uint32 drx_inactivity_timer = 2;	// Timer in SF. See TS 36.321
	optional uint32 drx_retransmission_timer = 3;	// Timer in SF. See TS 36.321
	optional uint32 long_drx_cycle = 4;		// In SF. See TS 36.321
	optional uint32 long_drx_cycle_start_offset = 5;// See TS 36.321
	optional uint32 short_drx_cycle = 6;		// In SF
	optional uint32 drx_short_cycle_timer = 7;	// Timer in subframes. See TS 36.321
}

message flex_sps_config {
	optional uint32 semi_persistent_sched_interval_UL = 1; // SPS UL scheduling interval in SF
	optional uint32 semi_persistent_sched_interval_DL = 2; // SPS DL scheduling interval in SF
	optional uint32 num_of_conf_sps_proc = 3;	   // Number of SPS HARQ processes. See TS 36.321
	repeated uint32 n1_PUCCH_AN_persistent_element = 4;// See TS36.213. Ignored when config is used
		 					   // as part of FLPT_SET_UE_CONFIG
	optional uint32 implicit_release_after = 5;		   // number of empty transmissions before release of SPS
}

message flex_sr_config {
	optional uint32 sr_action = 1;			// Indicates if SR config should be changed or released
		 					// One of the FLSRA_* enum values
	optional uint32 sched_interval = 2;		// SR scheduling interval in SF
	optional uint32 dsr_trans_max = 3;		// See TS 36.213
}

message flex_cqi_config {
	optional uint32 cqi_action = 1;			// Indicats if CQI changed or released.
		 					// One of the FLSRA_* enum values
	optional uint32 cqi_sched_interval = 2;		// CQI scheduling interval in SF
	optional uint32 ri_sched_interval = 3;		// RI scheduling interval in SF
}

message flex_ue_capabilities {
	optional uint32 half_duplex = 1;		// Boolean value. Only half duplex support. FDD operation
	optional uint32 intra_SF_hopping = 2;		// Support for intra-subframe hopping. Boolean value
	optional uint32 type2_sb_1 = 3;			// Support for type 2 hopping with n_sb > 1
	optional uint32 ue_category = 4;
	optional uint32 res_alloc_type1 = 5;		// Boolean value. UE support for resource allocation type 1
}

message flex_scell_config {
	optional uint32 carrier_index = 1;		// Id of the carrier component
	optional uint32 scell_index = 2;		// Index of this Scell (RRC SCellIndex)
	optional uint32 use_ccs = 3;			// Boolean value. Indicates if cross-carrier scheduling
		 					// is used by this SCell
	optional uint32 sched_cell_index = 4;		// Index of the cell responsible for scheduling
		 					// this SCell if cross-carrier scheduling is enabled
	optional uint32 pdsch_start = 5;		// Starting OFDM symbol of PDSCH data region for this SCell
}

enum flex_meas_gap_config_pattern {
     FLMGCP_GP1 = 0;
     FLMGCP_GP2 = 1;
     FLMGCP_OFF = 2;
}

enum flex_setup_release_action {
     FLSRA_SETUP = 0;
     FLSRA_RELEASE = 1;
}

enum flex_ue_transmission_antenna {
     FLUTA_NONE = 0;
     FLUTA_OPEN_LOOP = 1;
     FLUTA_CLOSED_LOOP = 2;
}

enum flex_aperiodic_cqi_report_mode {
     FLACRM_RM12 = 0;
     FLACRM_RM20 = 1;
     FLACRM_RM22 = 2;
     FLACRM_RM30 = 3;
     FLACRM_RM31 = 4;
     FLACRM_NONE = 5;
     FLACRM_RM32_v1250 = 6;
     FLACRM_RM10_v1310 = 7;
     FLACRM_RM11_v1310 = 8;
}

enum flex_tdd_ack_nack_feedback_mode {
     FLTANFM_BUNDLING = 0;
     FLTANFM_MULTIPLEXING = 1;
}

//
// Logical channel config related structures and enums
//

message flex_lc_config {
	optional uint32 lcid = 1;	// The logical channel id
	optional uint32 lcg = 2;	// The logical channel group (0..3) the LC is mapped to
	optional uint32 direction = 3;	// The LC direction. One of the FLLCD_* enum values
	optional uint32 qos_bearer_type = 4;// GBR or NGBR bearer. One of the FLQBT_* enum values
	optional uint32 qci = 5;	// The QCI defined in TS 23.203, coded as defined in TS 36.413
		 			// One less than the actual QCI value
	optional uint64 e_RAB_max_bitrate_UL = 6; // In bps (GBR only)
	optional uint64 e_RAB_max_bitrate_DL = 7; // In bps (GBR only)
	optional uint64 e_RAB_guaranteed_bitrate_UL = 8; // In bps (GBR only)
	optional uint64 e_RAB_guaranteed_bitrate_DL = 9;  // In bps (GBR only)
}

enum flex_lc_direction {
     FLLCD_UL = 0;
     FLLCD_DL = 1;
     FLLCD_BOTH = 2;
}

enum flex_qos_bearer_type {
     FLQBT_NON_GBR = 0;
     FLQBT_GBR = 1;
}

enum flex_ue_state_change_type {
     FLUESC_UPDATED = 0;
     FLUESC_ACTIVATED = 1;
     FLUESC_DEACTIVATED = 2;
     FLUESC_MOVED = 3;
}

message flex_plmn {
        optional uint32 mcc = 1;
        optional uint32 mnc = 2;
        optional uint32 mnc_length = 3;
}

//
// UE-related RRC configuration

message flex_measurement_info {
  // arbitrary offset OFS, from TS
  optional int64 offset_freq_serving = 1;
  // arbitrary offset OFN
  optional int64 offset_freq_neighbouring = 2;
  // arbitrary offset OCS + OCN
  repeated int64 cell_individual_offset = 3;
  // Parameter k for exponential moving average calculation coefficient
  // a = 1/2^(k/4) of all measured RSRPs
  optional int64 filter_coefficient_rsrp = 4;
  // Parameter k for RSRQ filtering
  optional int64 filter_coefficient_rsrq = 5;
  optional flex_measurement_event event = 6;
}

message flex_measurement_event {
  optional flex_per_event periodical = 1;
  optional flex_a1_event a1 = 2;
  optional flex_a2_event a2 = 3;
  optional flex_a3_event a3 = 4;
  optional flex_a4_event a4 = 5;
  optional flex_a5_event a5 = 6;
}

message flex_per_event {
  optional int64 max_report_cells = 1;
}

message flex_a1_event {
  optional int64 threshold_rsrp = 1;
  optional int64 hysteresis = 2;
  optional int64 time_to_trigger = 3;
  optional int64 max_report_cells = 4;
}

message flex_a2_event {
  optional int64 threshold_rsrp = 1;
  optional int64 hysteresis = 2;
  optional int64 time_to_trigger = 3;
  optional int64 max_report_cells = 4;
}

message flex_a3_event {
  optional int64 a3_offset = 1;
  optional int32 report_on_leave = 2;
  optional int64 hysteresis = 3;
  optional int64 time_to_trigger = 4;
  optional int64 max_report_cells = 5;
}

message flex_a4_event {
  optional int64 threshold_rsrp = 1;
  optional int64 hysteresis = 2;
  optional int64 time_to_trigger = 3;
  optional int64 max_report_cells = 4;
}

message flex_a5_event {
  optional int64 threshold_rsrp_1 = 1;
  optional int64 threshold_rsrp_2 = 2;
  optional int64 hysteresis = 3;
  optional int64 time_to_trigger = 4;
  optional int64 max_report_cells = 5;
}