UTS6710/drivers/include/drv_debug.h

#ifndef _DRV_DEBUG_H_
#define _DRV_DEBUG_H_

/*
 * Macros to help debugging
 */

#include <drv_dev.h>
#include "drv_spi_flashalloc_external.h"

// part I: debug message
#define DBGCONFIG1ADDR 0xa0000010
#define DBGCONFIG2ADDR 0xa0000014


// pdbgconf1 Flags
#define DBGCFG_VIP       (1 << MODULEID_VIP)   // 0x1
#define DBGCFG_MPEG      (1 << MODULEID_MPEG)  // 0x2
#define DBGCFG_CVD2      (1 << MODULEID_CVD2)  // 0x4
#define DBGCFG_ADC       (1 << MODULEID_ADC)   // 0x8

#define DBGCFG_HDMI      (1 << MODULEID_HDMI)   // 0x10
#define DBGCFG_AUDIO	 (1 << MODULEID_AUDIO)  // 0x20
#define DBGCFG_BLT       (1 << MODULEID_BLT)    // 0x40   // not used. reserved.
#define DBGCFG_OSDLIB    (1 << MODULEID_OSDLIB) // 0x80   // not used. reserved.

#define DBGCFG_TUNER     (1 << MODULEID_TUNER)  // 0x100
#define DBGCFG_KMF       (1 << MODULEID_KMF)    // 0x200
#define DBGCFG_UMF       (1 << MODULEID_UMF)    // 0x400   
#define DBGCFG_MENU      (1 << MODULEID_MENU)   // 0x800    // not used. reserved.

#define DBGCFG_DEMUX     (1 << MODULEID_DEMUX)    // 0x1000   // not used. reserved.
#define DBGCFG_PSI       (1 << MODULEID_PSI)      // 0x2000
#define DBGCFG_EPG       (1 << MODULEID_EPG)      // 0x4000   // not used. reserved.
#define DBGCFG_SUBTITLE  (1 << MODULEID_SUBTITLE) // 0x8000   // not used. reserved.

#define DBGCFG_ATVCC     (1 << MODULEID_ATVCC)      // 0x10000
#define DBGCFG_DTVCC     (1 << MODULEID_DTVCC)      // 0x20000
#define DBGCFG_TTSLICER  (1 << MODULEID_TTSLICER)   // 0x40000
#define DBGCFG_TTDECODER (1 << MODULEID_TTDECORDER) // 0x80000

#define DBGCFG_JPEG      (1 << MODULEID_JPEG)   // 0x100000 // not used. reserved.
#define DBGCFG_USB       (1 << MODULEID_USB)    // 0x200000 // used for usb
#define DBGCFG_IR        (1 << MODULEID_IR)     // 0x400000
#define DBGCFG_KEYPAD    (1 << MODULEID_KEYPAD) // 0x800000

#define DBGCFG_SPI       (1 << MODULEID_SPI)  // 0x1000000 
#define DBGCFG_I2C       (1 << MODULEID_I2C)  // 0x2000000
#define DBGCFG_EDID      (1 << MODULEID_EDID) // 0x4000000
#define DBGCFG_GPIO      (1 << MODULEID_GPIO) // 0x8000000

#define DBGCFG_LE        (1 << MODULEID_LE)   // 0x10000000 // not used. reserved.
#define DBGCFG_CEC       (1 << MODULEID_CEC)  // 0x20000000
#define DBGCFG_VBV       (1 << MODULEID_VBV)  // 0x40000000 // used for runav log.
#define DBGCFG_CI        (1 << MODULEID_CI)   // 0x80000000
//~ end of pdbgconf1 Flags


// pdbgconf2 Flags
#define DBGCFG_MP3	            ( 1 << (MODULEID_MP3% 32) ) // 0x1                 // not used. reserved.
#define DBGCFG_CECSWITCH	    ( 1 << (MODULEID_CECSWITCH % 32) ) // 0x2
#define DBGCFG_PVR	            ( 1 << (MODULEID_PVR % 32) ) // 0x4
#define DBGCFG_DVBEUMIDDLEWARE	( 1 << (MODULEID_DVBEUMIDDLEWARE % 32) ) // 0x4    // not used. reserved.

#define DBGCFG_HDMIOUT          ( 1 << (MODULEID_HDMIOUT % 32) ) // 0x10           // not used. reserved.
#define DBGCFG_FRAMEBUFFER      ( 1 << (MODULEID_FRAMEBUFFER % 32) ) // 0x20       // not used. reserved.
#define DBGCFG_2D	            ( 1 << (MODULEID_2D % 32) ) // 0x40                // not used. reserved.
#define DBGCFG_SMP	            ( 1 << (MODULEID_SMP % 32) ) // 0x80               // not used. reserved.

#define DBGCFG_ALSA             (1<<(MODULEID_ALSA%32)) // 0x100                   // not used. reserved.
#define DBGCFG_RUNAV			(1<<(MODULEID_RUNAV%32)) //0x1000					//used for runav debug log.

#define DBGCFG_AUTOREBOOT	0x20000000  // not used. reserved.
#define DBGCFG_AUTORUN_USB	0x40000000  // not used. reserved.
#define DBGCFG_NOAUTORUN	0x80000000  // not used. reserved.

//~ end of pdbgconf2 Flags


extern unsigned int *pdbgconf1;
extern unsigned int *pdbgconf2;
extern unsigned char *DrvMsgPrint;

//Example  how to use new debug macro
//DBG_MSG1(DBGCFG_KMF, "example dbg message\n");
//~Example 

#  ifndef CONFIG_SUPPORT_DEBUG_MESSAGE
#    define DBG_MSG1(id, fmt,args...)
#    ifdef __KERNEL__
#      define RELEASE_MSG1(id, fmt,args...) do{ if(*pdbgconf1 & id) printk(KERN_DEBUG " " fmt, ## args);}while(0)
#    else
#      define RELEASE_MSG1(id, fmt,args...) do{ if(*pdbgconf1 & id) fprintf(stdout,fmt, ## args);}while(0)
#    endif
#  else
#    ifdef __KERNEL__
#      define DBG_MSG1(id, fmt,args...)  do{ if (*pdbgconf1 & id) printk(KERN_DEBUG " " fmt, ## args); } while(0)
#      define RELEASE_MSG1(id, fmt,args...)  do{ if (*pdbgconf1 & id) printk(KERN_CRIT fmt, ## args); } while(0)
#    else
#      define DBG_MSG1(id, fmt,args...)  do{ if (*pdbgconf1 & id) fprintf(stdout,fmt, ## args); } while(0)
#      define RELEASE_MSG1(id, fmt,args...)  do{ if (*pdbgconf1 & id) fprintf(stdout,fmt, ## args); } while(0)
#    endif
#  endif




#  ifndef CONFIG_SUPPORT_DEBUG_MESSAGE
#    define DBG_MSG2(id, fmt,args...)
#    ifdef __KERNEL__
#      define RELEASE_MSG2(id, fmt,args...) do{ if (*pdbgconf2 & id) printk(KERN_DEBUG " " fmt, ## args); } while(0)
#    else
#      define RELEASE_MSG2(id, fmt,args...)  do{ if (*pdbgconf2 & id) fprintf(stdout,fmt, ## args); } while(0)
#    endif
#  else
#    ifdef __KERNEL__
#      define DBG_MSG2(id, fmt,args...)  do{ if (*pdbgconf2 & id) printk(KERN_DEBUG " " fmt, ## args); } while(0)
#      define RELEASE_MSG2(id, fmt,args...)  do{ if (*pdbgconf2 & id) printk(KERN_CRIT fmt, ## args); } while(0)
#    else
#      define DBG_MSG2(id, fmt,args...)  do{ if (*pdbgconf2 & id) fprintf(stdout,fmt, ## args); } while(0)
#      define RELEASE_MSG2(id, fmt,args...)  do{ if (*pdbgconf2 & id) fprintf(stdout,fmt, ## args); } while(0)
#    endif
#  endif




// part II: measure boot time
#define BOOT_TIME_BUFFER_ADDRESS 0xba027ef0

enum{
        BOOT_TIME_ID_ALL_MODULE_INIT_START,
        BOOT_TIME_ID_AUDIO_INIT_START,
        BOOT_TIME_ID_AUDIO_INIT_END,
        BOOT_TIME_ID_ALL_MODULE_INIT_END,
        BOOT_TIME_ID_TV_INIT_START,
        BOOT_TIME_ID_SOURCE_ENABLE_START,
        BOOT_TIME_ID_TV_INIT_END,
        BOOT_TIME_ID_NORMAL_SCREEN,
        BOOT_TIME_ID_POST_SETTING_START,
        BOOT_TIME_ID_POST_SETTING_END,
        BOOT_TIME_ID_NORMAL_SCREEN_END,
        BOOT_TIME_ID_MAX
};

#ifdef MEASURE_BOOTTIME

#define BOOT_TIME_STORE_RTC(id)						\
do {									\
        writel(readl(0xbe0f0000), BOOT_TIME_BUFFER_ADDRESS - 8*(id) );	\
        writel(readl(0xbe0f0004), BOOT_TIME_BUFFER_ADDRESS - 8*(id)+4);	\
} while(0)

#else

#define BOOT_TIME_STORE_RTC(id)

#endif //ifdef MEASURE_BOOTTIME




#ifdef CONFIG_MEASURE_SOURCECHANGETIME

extern struct timeval srcChangeTime[BOOT_TIME_ID_MAX];
extern void printSrcChangeTime(void);
extern void saveSourceChangeTime(int id);

#undef BOOT_TIME_STORE_RTC
#define BOOT_TIME_STORE_RTC(id) \
do {\
	saveSourceChangeTime(id); \
} while(0)

#endif


#endif //_DRV_DEBUG_H_