view src/aci2/atb/ATBPb_i.h @ 685:3fb7384e820d

tpudrv12.h: FCDEV3B goes back to being itself A while back we had the idea of a FreeCalypso modem family whereby our current fcdev3b target would some day morph into fcmodem, with multiple FC modem family products, potentially either triband or quadband, being firmware-compatible with each other and with our original FCDEV3B. But in light of the discovery of Tango modules that earlier idea is now being withdrawn: instead the already existing Tango hw is being adopted into our FreeCalypso family. Tango cannot be firmware-compatible with triband OM/FCDEV3B targets because the original quadband RFFE on Tango modules is wired in TI's original Leonardo arrangement. Because this Leonardo/Tango way is now becoming the official FreeCalypso way of driving quadband RFFEs thanks to the adoption of Tango into our FC family, our earlier idea of extending FIC's triband RFFE control signals with TSPACT5 no longer makes much sense - we will probably never produce any new hardware with that once-proposed arrangement. Therefore, that triband-or-quadband FCFAM provision is being removed from the code base, and FCDEV3B goes back to being treated the same way as CONFIG_TARGET_GTAMODEM for RFFE control purposes.
author Mychaela Falconia <falcon@freecalypso.org>
date Thu, 24 Sep 2020 21:03:08 +0000
parents 93999a60b835
children
line wrap: on
line source

/**********************************************
 * T_PB_COMMAND
 *
 * Command ID of executing function
 *
 **********************************************/

typedef enum
{
	PB_INITIALISE,
	PB_READREC,
	PB_WRITEREC,
	PB_DELETEREC,
	PB_FIND,
	PB_READRECLIST,
	PB_SEARCH
}
T_PB_COMMAND;


/**********************************************
 * T_PB_STATUS
 *
 * Status of executing function
 *
 **********************************************/
 
typedef enum
{
	PB_STATUS_NONE,
	PB_STATUS_INIT,
	PB_STATUS_EXEC,
	PB_STATUS_COMPLETE
} T_PB_STATUS;

typedef struct
{
	T_PB_TYPE	type;			/* The type of phonebook */
	SHORT			records_max;	/* The maximum no. of records that can be stored */
	SHORT			phys_index;
	T_PB_RECORD *record;			/* Currently read record */
	UBYTE		first_record;	/* Flag that is true when the first record is being read */
}
T_PB_INITIALISE;

typedef struct
{
	SHORT log_index;
	T_PB_TYPE index_type;
	SHORT phys_index;
	T_PB_RECORD *record;
}
T_PB_WRITEREC;

typedef struct
{
	SHORT log_index;
	T_PB_TYPE index_type;
	SHORT phys_index;
}
T_PB_DELETEREC;

typedef union
{
	T_PB_INITIALISE	Initialise;
	T_PB_WRITEREC	WriteRec;
	T_PB_DELETEREC	DeleteRec;
}
T_PB_PARAM;

/**************************************************
 * T_PB_DATA
 *
 * Data structure to keep track of phonebook entries
 * and index tables.
 *
**************************************************/
 
typedef struct
{
	T_PB_TYPE		current_type;	/* Currently selected phonebook */
	SHORT 			records_max;	/* Total number of records available */
	SHORT 			records_used;	/* Number of records that are in use */
	SHORT			search_results;	/* Number of results for last search */
	
	SHORT			alpha_max;		/* Max size of alpha tag in bytes */
	SHORT			number_max;		/* Max size of phone number in bytes */
	SHORT			ext_max;		/* Max size of extended data in bytes */
	
	SHORT* 			name_table;		/* Index table, sorted by name.  Dynamically updated. */
	SHORT*			number_table;	/* Index table, sorted by phone number. Dynamically updated. */
	SHORT*			search_table;	/* Search table, contains matching elements.  Sorted by whichever field is searched.
									   Not dynamically updated.  */

	SHORT*			in_memory;		/* -1 if the record does not exist
									 * 0 if the record is not in RAM
									 * >0 - number of times record has been read */
	SHORT			cache_max;		/* Maximum number of records that can be stored in memory concurrently*/
	SHORT			cache_size;		/* Current size of the cache */
	T_PB_RECORD**	cache;			/* List of entries in cache */
	
	T_PB_COMMAND	command_id;		/* Currently processing command */
	T_PB_STATUS		status;			/* Status of current command */
	T_PB_PARAM		param;			/* Parameter storage for current command */
}
T_PB_DATA;


/* FUNCTION PROTOTYPES */
T_PB_DATA*		ATB_hnd_GetPbData(SHORT phonebook_id);
void			ATB_hnd_SetPbData(SHORT phonebook_id, T_PB_DATA *data);
PB_RET			ATB_status_Initialise(SHORT phonebook_id);
PB_RET			ATB_status_WriteRec(SHORT phonebook_id);
PB_RET			ATB_status_DeleteRec(SHORT phonebook_id);

PB_RET			ATB_index_Find (SHORT phonebook_id, T_PB_INDEX index_type, T_PB_RECORD *record, SHORT *new_log_index, T_PB_MATCH *match);
SHORT			*ATB_index_GetTable(SHORT phonebook_id, T_PB_INDEX index_type);
SHORT			ATB_index_GetPhysIndex(SHORT phonebook_id, T_PB_INDEX index_type, SHORT log_index);
SHORT			ATB_index_GetLogIndex(SHORT phonebook_id, T_PB_INDEX index_type, SHORT phys_index);
void			ATB_index_AddRec(SHORT phonebook_id, T_PB_INDEX index_type, SHORT phys_index, T_PB_RECORD *record, SHORT *new_log_index);
void			ATB_index_RemoveRec(SHORT phonebook_id, T_PB_INDEX index_type, SHORT log_index);

T_PB_MATCH 		ATB_index_Match(T_PB_RECORD *record1, T_PB_RECORD *record2, T_PB_INDEX index_type);
T_PB_COMPARE	ATB_index_Compare(T_PB_RECORD *record1, T_PB_RECORD *record2, T_PB_INDEX index_type);
T_PB_COMPARE	ATB_alpha_Match(T_PB_ALPHA *alpha1, T_PB_ALPHA *alpha2);
T_PB_COMPARE	ATB_alpha_Compare(T_PB_ALPHA *Alpha_1, T_PB_ALPHA *Alpha_2);
UBYTE			ATB_num_Digit(UBYTE *num, SHORT numIndex);
T_PB_MATCH		ATB_num_Match(UBYTE *num1, UBYTE *num2);
T_PB_COMPARE	ATB_num_Compare(UBYTE *num1, UBYTE *num2);
void			ATB_mem_UpdateCache(SHORT phonebook_id, SHORT phys_index, T_PB_RECORD *record);
PB_RET			ATB_mem_ReadRec(SHORT phonebook_id, T_PB_INDEX index_type, SHORT log_index, T_PB_RECORD *record);