em_struct.h

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	kal_bool	is_dsf;		//timeout value for the DSF or RLF	
} rr_em_radio_link_counter_info_struct;  //This shall be used in IDLE and DEDI state
			
typedef struct
{
	
	kal_uint8	rr_state;	//current RR state	1: IDLE, 2: ACCESS, 3: PKT_TRANSFER 4: DEDICATED
	kal_uint16	serving_arfcn;	//serving cell ARFCN
	kal_uint8	serving_bsic;	//serving cell BSIC
	kal_uint8	serv_gprs_supported;	//serving cell support GPRS or not		
	kal_int16	serv_rla_in_quarter_dbm;	/*rssi level for serving cell (BCCH
                   	                  in IDLE-state) & (TCH in DEDI-state) & (PDTCH in TRANSFER-state) */
    	kal_bool     is_serv_BCCH_rla_valid;  /*To indicate if the serv_BCCH rssi is valid*/                   	                     
	kal_int16	serv_BCCH_rla_in_dedi_state;	/*rssi level for serving cell (BCCH) in DEDI-State*/
	kal_uint8	quality;	//serving cell -TCH measured quality	

   	/* 2003-0919, add new C31/C32 cvalue information for GPRS service */
   	kal_bool     gprs_pbcch_present; // To indicate if the current cell supports GPRS & PBCCH is present

	/* 2003-0919, add new C31/C32 cvalue information for GPRS service */
   	kal_bool     gprs_c31_c32_enable; // To indicate if the current mode is GPRS_PMO_MODE or GPRS_PCCCH_MODE
	kal_int16	c31[32];	//C31 value for the neighbor cell	   

	kal_int16	c1_serv_cell;	//C1 value for the serving cell
	kal_int16	c2_serv_cell;	/* if gprs_c31_c32_enable is false, this field is shown as c2_value for serv_cell
	                              if gprs_c31_c32_enable is true, this field is shown as c32_value for serv_cell */
	kal_int16	c31_serv_cell;	/* if gprs_c31_c32_enable is false, this field is ignore
	                              if gprs_c31_c32_enable is true, this field shall be shown in based on report c31_value*/
	                                 

	kal_uint8	num_of_carriers;	//number of carriers in the BA list
	kal_uint16	nc_arfcn[32];	//ARFCN value in the BA list(The list will be sorted by the RSSI level)
	kal_int16	rla_in_quarter_dbm[32];	//rssi level for each carrier
	kal_uint8	nc_info_status[32];	/*Bit0 = 0: "nc_bsic","frame_offset","ebit_offset" is invalid
									Bit0 = 1: "nc_bsic","frame_offset","ebit_offset" is valid
             									Bit1 = 0: "c1","c2" is invalid
             									Bit1 = 1: "c1","c2" is valid 
             									Bit2 = 0: "gprs_status" is invalid
             									Bit2 = 1: "gprs_status" is valid */
	kal_uint8	nc_bsic[32];	//neighbor cell BSIC
	kal_int32	frame_offset[32];	//frame offset for each carrier
	kal_int32	ebit_offset[32];	//ebit offset for each carrier
	kal_int16	c1[32];	//C1 value for the neighbor cell
	kal_int16	c2[32];	/* if gprs_c31_c32_enable is false, this field is shown as c2_value for nbr_cell
                           if gprs_c31_c32_enable is true, this field is shown as c32_value for nbr_cell */

	
	//kal_uint8	nbr_gprs_supported[32];	//0: not supported, 1: supported
	kal_uint8	multiband_report;	//MULTIBAND_REPORT value
	kal_uint8	timing_advance;		//Timing advance, range is 0 - 63
	kal_uint8	rxqual_sub;		//rx quality (sub), range is 0 - 7
	kal_uint8	rxqual_full;		//RX quality (full), range is 0 - 7
#ifdef __AMR_SUPPORT__
    kal_bool amr_info_valid;
    kal_uint8 cmr_cmc_cmiu_cmid;
    kal_uint8 c_i;
    kal_uint16 icm;
    kal_uint16 acs;
#endif /* __AMR_SUPPORT__ */
} rr_em_measurement_report_info_struct;	//This shall be used in IDLE and DEDI state;
			
typedef struct
{	
	kal_uint8	msg_type;	/*receives msg type from network in Dedi-State
	                          0: Assignment Command
	                          1: Channel Release
	                          2: Additional Assignment 
	                          3: Classmark Enquiry
	                          4: Ciphering Mode Command
	                          5: Configure Change Command
	                          6: Handover Command
	                          7: Frequency Redefinition
	                          8: Channel Mode Modify
	                          9: Cell Selection Indicator*/
	                           	                           
} rr_em_control_msg_info_struct;

/* CC structure */
typedef struct
{
   kal_uint8   cause;	//channel sync cause
   kal_uint8   channel_type;	//channel type
   kal_uint8   channel_mode;	//channel mode
} cc_em_channel_info_struct;

typedef struct
{
	kal_uint8	call_id;	//call id
	kal_uint8	ti;	//transaction identifier
	kal_uint8	state;	//call state
	kal_uint8	aux_state;	//auxiliary state
   	kal_uint8	pi; //progress indicator
	kal_uint16	cause;	//call disconnect cause
	kal_uint8	cause_location;	//cause originating locatioin   
} cc_em_call_info_struct;

/* CB structure */
typedef struct
{
	kal_uint16	sn;	//serial number
	kal_uint16	mi;	//message identifier
	kal_uint8	dcs;	//data code scheme
	kal_uint8	page;	//current number of this page
	kal_uint8	pages;	//total number of pages
} cb_em_info_struct;
     
/* SS structure */
typedef struct
{			
	kal_uint8	ss_state;	//ciss state
	kal_uint8	ti;	//transaction identifier
	kal_uint8	call_id;	//call id
	kal_uint8	invoke_id;	//invoke id
	kal_uint8	num_invoke;	//number of active invokes
	kal_uint8	op_code;	//operation code
	kal_uint8	ss_code;	//supplementary service code
	kal_uint8	bs_code;	//basic service code
} ss_em_info_struct;

/* MM structure */ 
typedef struct
{
	kal_uint8	t3212_val;	//T3212 timer value
	kal_uint8	att_flag;	//ATT flag
	kal_uint8	mm_cause;	//MM Reject cause, if any
	kal_uint8	mm_state;	//MM State
   	kal_uint8	mcc[3];	//MCC
   	kal_uint8	mnc[3];	//MNC
	kal_uint8   loc[2];	 //registered LAC
   	kal_uint8   rac;     //registered RAC
	kal_uint8	tmsi[4];	//TMSI, if valid
} mm_em_info_struct;

/* UEM structure */
typedef struct
{
	kal_int32	adc_value;	//battery ADC value
	kal_uint8	battery_level;	//battery level
	kal_uint8	battery_status;	//battery status: battery_status_enum
} uem_em_battery_info;




typedef struct
{
   kal_uint8   flc_buffer_type;     // reference to gprs_flc_buffer_enum
   kal_uint8   pool_active;         // true or false
   kal_uint8	percentage_upp_thre; //percentage of upper threshold
   kal_uint8	percentage_low_thre; //	percentage of lower threshold
   kal_uint32	total_size;          //	total size of pol
   kal_uint32	curr_occ;            //	current occupied
   kal_uint16	hit_upp_thre_counts; //	upper threshold hit counter
   kal_uint16	hit_low_thre_counts; //	lower threshold hit counter
} flc_em_pool_status_struct;

extern kal_bool flc_em_get_pool_staus(kal_uint8 poolid,
                     flc_em_pool_status_struct *status);


/* The rr_em_tbf_status_struct is updated whenever TBF is established/reallocated or released. */
typedef struct
{
	kal_uint8	tbf_mode;                // GPRS or EGPRS TBF mode

	/* UL TBF info */
	kal_uint8	ul_tbf_status;      //	access/active/inactive
	kal_uint8	ul_rel_cause;       //	if applicable
	kal_uint8	ul_ts_allocation;   // timeslot allocation  
	kal_uint8 ul_rlc_mode;            // RLC ACK / UNACK mode
	kal_uint8 ul_mac_mode;         // Dynamic allocation / Extended dynamic allocation / Fixed allocation
       /* new created fields */
       kal_uint16 number_rlc_octect;  // RLC requested octect/byte number
	kal_uint8 ul_tfi;
	kal_uint8 ul_granularity;
	kal_uint8 ul_usf;
       kal_uint8 ul_tai;
       kal_uint16 ul_tqi;       
	kal_uint16  ul_window_size;    // GPRS: 64, EGPRS 64 ~1024   
			
       /* DL TBF info */
	kal_uint8	dl_tbf_status;     //	active/inactive/release pending
	kal_uint8	dl_rel_cause;      //	if applicable
	kal_uint8	dl_ts_allocation;      // Ttimeslot allocation
	kal_uint8 dl_rlc_mode;            // RLC ACK / UNACK mode
	kal_uint8 dl_mac_mode;          // Dynamic allocation / Extended dynamic allocation / Fixed allocation
       /* new created fields */
	kal_uint8 dl_tfi;
       kal_uint8 dl_tai;
	kal_uint16 dl_window_size;	// GPRS: 64, EGPRS 64 ~1024   
#ifdef __EGPRS_MODE__	
	kal_uint8 dl_out_of_memory;   // EGPRS IR out of memory indication
#endif /* __EGPRS_MODE__ */
}rr_em_tbf_status_struct;

/* The new rr_em_blk_info_struct is updated every N (configurable?) block period during TBF. 
    N should be adjusted to suitable/smooth display rate. */
typedef struct
{
	/* UL TBF info */       
	kal_uint8	ul_coding_scheme;   
	kal_uint8 ul_cv;
	kal_uint8 ul_tlli;
	kal_uint16 ul_bsn1;
#ifdef __EGPRS_MODE__	
	kal_uint16 ul_bsn2;
       kal_uint8 ul_cps;
	kal_uint8 ul_rsb;
	kal_uint8 ul_spb;
#endif /* __EGPRS_MODE__ */

	/* DL TBF info */
	kal_uint8 dl_c_value_in_rx_level;  /* for both GPRS/EGPRS C value (channel quality) */
       kal_uint8 dl_rxqual;                         /* for GPRS RX QUAL (channel quality) */
       kal_uint8 dl_sign_var;                     /* for GPRS signal variance (channel quality) */
                     
	kal_uint8 dl_coding_scheme;
	kal_uint8 dl_fbi;
	kal_uint16 dl_bsn1;	
#ifdef __EGPRS_MODE__	
	kal_uint16 dl_bsn2;
	kal_uint8 dl_cps;
	kal_uint8 dl_gmsk_mean_bep_lev;	  /* for EGPRS GMSK mean BEP level (channel quality). valid: 0 ~ 31. invalid: 255 */
	kal_uint8 dl_8psk_mean_bep_lev;	  /* for EGPRS 8PSK mean BEP level (channel quality) . valid: 0 ~ 31. invalid: 255 */
       kal_uint8 dl_tn_mean_bep_lev[8];	  /* for EGPRS Timeslot Number mean BEP level (channel quality). valid: 0 ~ 31. invalid: 255 */		
#endif /* __EGPRS_MODE__ */       
       kal_uint8 dl_tn_interference_lev[8]; /* for GPRS/EGPRS Timeslot Number interference (channel quality). valid: 0 ~ 15. invalid: 255 */		       
}rr_em_blk_info_struct;

typedef struct 
{
	kal_uint32	t3192;  // in msec
	kal_uint32	t3168;  // in msec
	kal_uint8   	rp;     // radio priority
	kal_uint8  	gprs_support;	//GPRS channel request support(0 support,1 not support)
	kal_uint8 	egprs_support; 
	kal_uint8  	sgsn_r;		//PS domain is R99 or R98(0 R98,1 R99)
	kal_uint8  	pfc_support;	//packet flow context support(0 support,1 not support)
	kal_uint8  	epcr_support;	//EGPRS channel request support(0 support,1 not support)
	kal_uint8  	bep_period;	//BEP period
}rr_em_gprs_general_info_struct;

typedef struct
{
	kal_uint32	num_pkt_txed;    // number of packets transferred
	kal_uint32	num_pkt_rxed;    // number of packets received.
	kal_uint32	num_octets_txed;  // number of octets transferred
	kal_uint32	num_octets_rxed;	// number of octets received.
}tcm_em_pdp_info_struct;

typedef struct
{
   kal_uint8   nsapi; // NSAPI 
	kal_uint8	pdp_context_status; //	active/inactive
	kal_uint8	rej_cause;          //	if applicable
	kal_uint8	reliability_class;  //	reliabillity class of QoS
	kal_uint8	rp;  //radio priority
} sm_em_pdp_info_struct;

typedef struct{
   sm_em_pdp_info_struct pdp[2];
} sm_em_info_struct;

typedef struct
{
	kal_uint16	ready_timer; //	Ready timer value in SECONDS.
	kal_uint16	rau_timer;   //	Periodical Routing Area Updating timer value in deci-hours
	kal_uint8	ms_state;    //	    MS_NULL_STATE = 0,
                            //    MS_READY_STATE,
                            //    MS_STANDBY_STATE,
                            //    MS_FORCED_TO_STANDBY_STATE
}gmm_em_info_struct;



typedef struct
{
	kal_uint32	num_checksum_error;
	kal_uint32  requested_ip;
	kal_uint32  negotiated_ip;
	kal_uint32  requested_dns;
	kal_uint32  negotiated_dns;
} ppp_em_info_struct;


typedef struct
{
	kal_uint32	num_reasm_failure;
} sndcp_em_info_struct;

typedef struct
{
	kal_uint32	num_fcs_error;
} llc_em_info_struct;

typedef struct
{
    kal_uint8 is_higher_pri_plmn_srch; /* indicate that if the higher priority PLMN search is performing */
    kal_uint8 hp_timeout_timer; /* higher priority PLMN search timer (6 mins per unit) */
    kal_uint8 hp_count_down_timer; /* higher priority PLMN search count down timer (6 mins per unit) */
    kal_uint8 rplmn[6]; /* RPLMN */
    kal_uint8 eq_plmn[5][6]; /* 1~5 equivalent PLMNs (6 digits for each PLMN ID) */
    kal_uint8 forbid_plmn[4][6]; /* 1~4 forbidden PLMNs (6 digits for each PLMN ID) */
} mmrr_plmn_info_struct;

/*Byron: 2006/08/06: Add for SI2q information*/
typedef struct
{
	kal_bool 	present;	
	kal_uint8 no_of_instance;
	kal_bool 	emr_report;
       kal_bool 	pemr_report;
	kal_bool 	umts_parameter_exist;
} rr_em_si2q_info_struct;

/*Byron: 2006/08/06: Add for measurement information*/
typedef struct
{
	kal_bool 	present;
	kal_uint8 no_of_instance;
	kal_bool 	emr_report;
	kal_bool 	umts_parameter_exist;
} rr_em_mi_info_struct;
#endif /* ~_EM_STRUCT_H */