/* 
 * File:   stats.h
 * Author: ismael
 *
 * Created on 18 de mayo de 2009, 12:18
 */


//#include "itf_types.h"

#ifndef _STATS_H
#define	_STATS_H

/**CONFIGURATION: There exist three ways to configure the module:
 * 1) By using a control module. The command structure is defined at itf_types.h.
 *    Performed when data is received by the control interface. Printing of
 *    variables value done at that time.
 * 2) By means of stats.h. It setup the default values.
 * 3) By means of params files. These params can be updated at run time by means
 * of the set command under runph prompt
 */

/** Control of the stats.h configuration*/
#define TRUE            1
#define FALSE           0
int configSTATS=TRUE;   /** Configured by stats.h. At init or run time the
                         *  configSTATS value is checked. If TRUE configuration
                         *  and variables printing is done one time.
                         */

/** Control of printing input/output data array options*/
#define NUMCOLS         24  /** Number of columns of printting*/
#define PRINT           1   /** Printing choice*/
#define NOPRINT         0   /** Non printing choice*/
#define NUM_TS          0  /** Time slot to start printing. This value must be
                              * higher than the position of such module in the
                              * processing chain this 
                              */
#define NUM_TS_PRINTS   100   /** Number of time slots to print*/

int printting=NOPRINT;        /** Print data input/output buffer*/
int numTS2print=NUM_TS;

/** Initialize module variables to default value
 */
/** Values for "status"
 * #define NONACTIVE 	0
 * #define ACTIVE	1	//Defines a module as active
 * #define TEST_FLOW	2	//Test flows: Bypass data flow mode
 * #define TEST_PROCESS	3	//Test Module Process
 */

#define TIMESLOT            0
#define INPUTDATALENGTH     0
#define OUTPUTDATALENGTH    1152

/** Values for signalflow
 * #define DATAFLOW                10  //bits
 * #define SAMPLES                 20  //Digital signal processing samples
 */

/*Values for signaltype*/
/** Signal types
 *  #define FROMTEXTFILE            11   //Data flow from text file
 *  #define FROMPATTERN             12   //Always the same byte pattern
 *  #define NUMBEREDSEQ             13

 *  #define SEN                     21
 *  #define COS                     22
 *  #define RECT                    23
 *  #define CUSTOM                  24
 */

 
ControlGEN_SOURCEr1_h ctrl = {
    ACTIVE,             /** crtl.status: Values according previous table    */
    TIMESLOT,           /** crtl.time_slot      */
    INPUTDATALENGTH,    /** crtl.inputdatalength     */
    OUTPUTDATALENGTH,   /** crtl.outputdatalength    */
    TYPE_BITSTREAM,     /** crtl.transporttypeIN
                         *  Define the data input transport type
                         */
    TYPE_BITSTREAM,         /** transporttypeOUT
                         *  Define the data output transport type   
                         */
    DATAFLOW,		/** crtl.signalflow*/
    FROMTEXTFILE,	/** ctrl.signaltype*/
    /**  <--------------Additional initialization of module control variables here
                        according defined struct at itf_types.h*/
    };


/** Variables update by the params file. If does not exist the default values
 *  are those defined at stats.h file
 */

struct utils_param params[] = {
    {"module_status",STAT_TYPE_INT,1, &ctrl.status},
    {"config_STATS",STAT_TYPE_INT,1, &configSTATS},
    {"data_typeIN",STAT_TYPE_INT,1, &ctrl.transporttypeIN},
    {"num_dataIN",STAT_TYPE_INT,1, &ctrl.inputdatalength},
    {"data_typeOUT",STAT_TYPE_INT,1, &ctrl.transporttypeOUT},
    {"num_dataOUT",STAT_TYPE_INT,1, &ctrl.outputdatalength},
    {"time_SLOT",STAT_TYPE_INT,1, &ctrl.time_slot},
    {"signalflow",STAT_TYPE_INT,1, &ctrl.signalflow},
    {"signaltype",STAT_TYPE_INT,1, &ctrl.signaltype},
    {NULL, 0, 0, 0}};


struct utils_stat stats[] = {   
                            {NULL, 0, 0, 0, 0, 0}};





#endif	/* _STATS_H */