//!;;Rpy::+
//!;;Rpy::ModelElement: iddbite
//!;;Rpy::
//!;;Rpy::Component: IDDComponent 
//!;;Rpy::Configuration: IDDConfig
//!;;Rpy::Project: IDD
//!;;Rpy::
//!;;Rpy::FilePath: iddbite.h
//!;;Rpy::Tag: $Tag
//!;;Rpy::
//!;;Rpy::Copyright: Leonardocompany - COMPANY RESTRICTED
//!;;Rpy::
//!;;Rpy::Generated by Rhapsody: 7.5.3 
//!;;Rpy::-


#ifndef iddbite_H
#define iddbite_H

//## dependency aesa_report
#include "aesa_report.h"
//## dependency ctrlink_report
#include "ctrlink_report.h"
//## dependency iddtypes
#include "iddtypes.h"
//## dependency sensor_report
#include "sensor_report.h"
//## dependency srio_report
#include "srio_report.h"
//## package iddbite


//#[ type dfe_bite_report_t
struct dfe_bite_report_t
{
	srio_report_t srio_report;
	srio_report_t srio_report_latched;
	ctrlink_report_t ctrlink_report;
	ctrlink_report_t ctrlink_report_latched;
	sensor_report_t fpga1;
	sensor_report_t fpga1_latched;    
	sensor_report_t fpga2;
	sensor_report_t fpga2_latched;
	sensor_report_t zynq;
	sensor_report_t zynq_latched;
};
//#]

//#[ type xif_bite_report_t
struct xif_bite_report_t
{
	srio_report_t srio_report;
	srio_report_t srio_report_latched;
	sensor_report_t fpga1;
	sensor_report_t fpga1_latched;
	sensor_report_t fpga2;
	sensor_report_t fpga2_latched;
	sensor_report_t dsp1;
	sensor_report_t dsp1_latched;
	sensor_report_t dsp2;
	sensor_report_t dsp2_latched;
};
//#]

//#[ type eif_bite_report_t
struct eif_bite_report_t
{
	srio_report_t srio_report;
	srio_report_t srio_report_latched;
	sensor_report_t fpga1;
	sensor_report_t fpga1_latched;
	sensor_report_t fpga2;
	sensor_report_t fpga2_latched;
	sensor_report_t zynq;
	sensor_report_t zynq_latched;
	sensor_report_t dsp;
	sensor_report_t dsp_latched;
};
//#]

//#[ type dwc_bite_report_t
struct dwc_bite_report_t
{	
	sensor_report_t fpga;
	sensor_report_t fpga_latched;
	unsigned int spare[4];
};
//#]

//#[ type synth_bite_report_t
struct synth_bite_report_t
{	
	sensor_report_t fpga;
	sensor_report_t fpga_latched;
	unsigned int spare[4];
};
//#]

//#[ type exciter_bite_report_t
struct exciter_bite_report_t
{	
	sensor_report_t fpga;
	sensor_report_t fpga_latched;
	unsigned int spare[4];
};
//#]

//#[ type cdp_bite_phase_t
enum cdp_bite_phase_t CPP_ENUM_BASE(int)
{
    cdp_ph_null=0,
    cdp_ph1,    //SR_RDR_LRU-3897 - PBIT Phase 1 information - requirement ot be fixed - ph1 is implicit in SW running and uC I/F up
    cdp_ph2,    //Buses: SRIO, Ctrl link, AESA,  allocated to SR_RDR_LRU-3908 - PBIT - Phase3, but required in PH2 as prerequisite to PH3
    cdp_ph3,    //SR_RDR_LRU-3908 - PBIT - Phase3 - STC, NAGC, ADC/DAC performance (??)
    cdp_ph_calibration,
    cdp_ph_4,    //minimum radiation test (fast and simple bouncing test)
    cdp_ph_5    //full radiaiton test (full bouncing test)
};
//#]

//#[ type cdp_bite_report_t
struct cdp_bite_report_t
{
	eif_bite_report_t eif;
	xif_bite_report_t xif[2];
	dfe_bite_report_t dfe;
	dwc_bite_report_t dwc[3];
	synth_bite_report_t synth;
	exciter_bite_report_t exciter; 
	aesa_synthetic_report_t aesa_synthetic;  
	//aesa_bite_report_t aesa;
};
//#]

//#[ type cdp_bite_status_t
struct cdp_bite_status_t
{
    enum rf_fails_codes_t
    {
        rf_stc_fail=(1<<0),
        rf_nagc_fail=(1<<1)        
    };
    
    cdp_bite_phase_t phase;
    unsigned int validity;
    
    unsigned int rf_fails;
    unsigned int cal_fails;
    unsigned int ch_fails;
    unsigned int rf_group_fails;
        
    unsigned int spare[4];
};
//#]

//#[ type cdp_rf_bite_report_t
struct cdp_rf_bite_report_t
{
    unsigned int stc_valid;
    
    unsigned int stc_fail[5][3];    //4 acq ch x 3 rf ch + 1 ac channel where to merge all the other fails
    
    unsigned int nagc_valid;
    unsigned int nagc_report[4];
    
    unsigned int spare[7];
};
//#]

//#[ type cdp_cal_bite_report_t
struct cdp_cal_bite_report_t
{
    unsigned int valid;
    unsigned cal_fail[16];
    
    unsigned int spare[8];
};
//#]

//#[ type cdp_version_info_t
struct cdp_version_info_t
{
    unsigned int valid;
 	char ver[8];
	char fpga[2][8];
};
//#]

//#[ type cdp_bite_graph_info_t
struct cdp_bite_graph_info_t
{
    unsigned int valid;
    uint8_t graph[3][128];
};
//#]

#endif
//;;Rpy:: end