storage.h

ct952 source code use for Digital Frame Photo

#if (SETUP_ADDR_USED > SETUP_ADDR_LAST)
#error "Exceed the reserved space for Setup Module in the EEPROM space !!"
#endif  // #if (SETUP_ADDR_USED > SETUP_ADDR_LAST)

//*************************************************************

// DMP1.16

#ifdef IMAGE_FRAME_SETUP
#define IMAGE_FRAME_SETUP_ADDR_USED             (SETUP_ADDR_AUTO_POWER_OFF_TIME + EPROM_AUTO_POWER_OFF_TIME_BYTE - 1) 
#define IMAGE_FRAME_SETUP_DATA_BYTES            (IMAGE_FRAME_SETUP_ADDR_USED - IMAGE_FRAME_SETUP_ADDR_BASE + 1)

// Do error checking if total used space is out of the reserved space.
#if (IMAGE_FRAME_SETUP_ADDR_USED > IMAGE_FRAME_SETUP_ADDR_LAST)
#error "Exceed the reserved space for Setup Module in the EEPROM space !!"
#endif  // #if (IMAGE_FRAME_SETUP_ADDR_USED > IMAGE_FRAME_SETUP_ADDR_LAST)
#endif //

//*************************************************************
//Alan1.06 for TFT 
#define TFT_ADDR_BIRHGTNESS           TFT_ADDR_BASE
#define TFT_BRIGHTNESS_BYTE           1
#define TFT_ADDR_CONTRAST             (TFT_ADDR_BIRHGTNESS + TFT_BRIGHTNESS_BYTE)
#define TFT_CONTRAST_BYTE             1
#define TFT_ADDR_SATURATION           (TFT_ADDR_CONTRAST + TFT_CONTRAST_BYTE)
#define TFT_SATURATION_BYTE           1

//*************************************************************
#define TFT_ADDR_USED                 (TFT_ADDR_SATURATION + TFT_SATURATION_BYTE - 1)
#define TFT_DATA_BYTES                (TFT_ADDR_USED - TFT_ADDR_BASE + 1)

// Do error checking if total used space is out of the reserved space.
#if (TFT_ADDR_USED > TFT_ADDR_LAST)
#error "Exceed the reserved space for Setup Module in the EEPROM space !!"
#endif  // #if (TFT_ADDR_USED > TFT_ADDR_LAST)

//*************************************************************
//For Radio
#ifdef CT950_STYLE
#define RADIO_ADDR_BACKUP_FREQ		(RADIO_ADDR_BASE)
#define EPROM_BACKUP_FREQ_BYTE		2

#define RADIO_ADDR_FAVORITE			(RADIO_ADDR_BASE + EPROM_BACKUP_FREQ_BYTE)
#define EPROM_FAVORITE_BYTE			(2*RADIO_FAVORITE_NUM)

#define RADIO_ADDR_USED                 (RADIO_ADDR_FAVORITE + EPROM_FAVORITE_BYTE - 1)
#define RADIO_DATA_BYTES                (RADIO_ADDR_USED - RADIO_ADDR_BASE + 1)

// Do error checking if total used space is out of the reserved space.
#if (RADIO_ADDR_USED > RADIO_ADDR_LAST)
#error "Exceed the reserved space for Radio Module in the EEPROM space !!"
#endif  // #if (RADIO_ADDR_USED > RADIO_ADDR_LAST)
#endif //

// To add one more entry in EEPROM, must allocate
// [USER] (1) EEPROM address, (2) Bytes
// [USER] (3) Add one entry to SetupInfo.
// [USER] (4) EEPROM last address
// add here


// wyc2.51-909P, JPG encode file list information in storage.
#ifndef SUPPORT_ENCODE_JPG_PICTURE
// Ming0.80, Define EEPROM address while save resume into. into EEPROM
#ifdef SUPPORT_RESUME_FROM_EEPROM
#define SETUP_ADDR_RESUME_FLAG      (SETUP_ADDR_RESUME_BASE)
#define RESUME_FLAG_LENGTH          (RESUME_MARK_SIZE)
// LLY1.00, combine the resume ID & information together
// Let it same as the resume information data structure
#define SETUP_ADDR_RESUME_DATA      (SETUP_ADDR_RESUME_FLAG + RESUME_FLAG_LENGTH)
#define RESUME_DATA_LENGTH          ((RESUME_ID_ENTRY_SIZE + RESUME_INFO_ENTRY_SIZE) * (RESUME_DISC_NUM))
#define SETUP_ADDR_RESUME_USED      (SETUP_ADDR_RESUME_DATA + RESUME_DATA_LENGTH - 1)
#endif  // SUPPORT_RESUME_FROM_EEPROM

#else
#define SETUP_ADDR_JPG_ENCODE_MASK          (SETUP_ADDR_JPG_ENCODE_BASE)
#define SETUP_ADDR_JPG_ENCODE_FILE_LIST     (SETUP_ADDR_JPG_ENCODE_MASK+1)
#define SETUP_ADDR_JPG_ENCODE_FILE_ENTRY    (SETUP_ADDR_JPG_ENCODE_FILE_LIST+SRCFTR_SUPPORT_JPG_ENCODE_NUM)
#define SETUP_ADDR_JPG_ENCODE_FILE_STATUS   (SETUP_ADDR_JPG_ENCODE_FILE_ENTRY+1)
#endif //

#define REGION_ALL      0xff  // support all region
#define REGION1         0x01  // support region 1
#define REGION2         0x02  // support region 2
#define REGION3         0x04  // support region 3
#define REGION4         0x08  // support region 4
#define REGION5         0x10  // support region 5
#define REGION6         0x20  // support region 6
#define REGION7         0x40  // support region 7, reserved?
#define REGION8         0x80  // support region 8, reserved


// the data sequence must follow the address sequence.
typedef struct tagSETUPINFO
{
    char    cSetupIdentify[EPROM_IDENTIFY_BYTE];
    BYTE    bSetupVersion;
    BYTE    bInterVersion;       // Please don't modify this field except D300

    // external reference
    BYTE    bAudioLanguage;     //Audio Language
    BYTE    bSPSTLanguage;      //Subtitle Language
    BYTE    bSCRControl;        //Screen Saver
    BYTE    bProgressiveScan;   //Progressive Video Output: On/Off,  Brian0.81, 
    BYTE    bChromPhaseOffset;	//Video hue adjustment	    
    BYTE    bAudioOutput;       //Audio output  //Kevin0.87b, cross out later (consider all modules that use __SetupInfo.bAudioOutput)
    BYTE    bAudioDigitalOut;   //Audio Digital Output
    BYTE    bAudioAnalogOut;    //Audio Analog Output
    BYTE    bAudioLPCM;         //Audio LPCM
    BYTE    bAudioDownMix;      //Audio Analog Output
    BYTE    bAudioPrologic;     // Brian2.78b-2, prologic on/off
    BYTE    bRegionControl;     //Region control
    BYTE    bAPSControl;        //APS control for back door
    BYTE    bParentalCtl;       //Parental control level

    BYTE    bAudioCenter;       //Audio Center
    BYTE    bAudioRear;         //Audio Rear
    BYTE    bAudioSubwoofer;    //Audio Subwoofer
    BYTE    bAudioDNR;          //Audio DNR compression
    BYTE    bAudioKaraoke;      //Audio karaoke
    BYTE    bParentalControl;   //Parental control for back door
    BYTE    bMenuLanguage;      //Menu Language
    BYTE    bExSPSTLanguage;    //External Subtitle Language
    WORD    wMenuLanguageCode;  //Record other menu language code
    WORD    wAudioLanguageCode; //Record other audio language code
    WORD    wSPSTLanguageCode;  //Record other SPST language code
    BYTE    bSmartPlay;         //DVD Smart Playback
    BYTE    bAngleMarkDisplay;  //Angle mark display
    BYTE    bVCDControl;        // ** TCH2.74; "1" mean can;t play VCD-relative title
    BYTE    bDebugMode;         // Record the debug mode
    BYTE    bAPMode;


///////          NOTE !!!    The order should be the same as SYSTEMINFO
    BYTE    bSTBMagiceCountHead;// STB magic count head
    BYTE    bUIStyle;           //UI Style
    BYTE    bBrightness;        //Brightness
    BYTE    bContrast;          //Contrast
    BYTE    bAspectRatio;       //TV type
    BYTE    bTVSystem;          //TV system
    BYTE    bVideoOutput;       //Video Output, no mapping UI
    BYTE    bOSDLanguage;       //OSD Language
    WORD    wDefaultPassword;
    BYTE    bDefaultType;       // DVB only. Default startup mode.
    BYTE    bLastMode;          // DVB only. Last mode. 


    // data are NOT stored in EEPROM
    // brian.170a, as Micky request another variable that actually contains the OSD dispaly time
    // for Angle message
    BYTE    bAngleMarkTime; // 0 when SETUP_CUSTOM_ANGLE_MARK_OFF; 0xFF when SETUP_CUSTOM_ANGLE_MARK_ON
    BYTE    bAudioTestTone;
}   PACK_FORMAT SETUPINFO; 

typedef struct tagIMAGE_FRAME_SETUPINFO
{
    BYTE    bPhotoIntervalTime;
    BYTE    bTransitionEffect;
    BYTE    bBrowse;
    BYTE    bAutoPlayPhoto;
    BYTE    bAutoPlayMusic;
    BYTE    bAutoPlayPhotoPlusMusic;
    BYTE    bAutoPlayMovie;
    BYTE    bDisplayType;
    BYTE    bRepeatMode;
    BYTE    bAlarmEnable;
    BYTE    bAutoPowerOnEnable;
    BYTE    bAutoPowerOffEnable;
    WORD    wAlarmTime;             //high byte==>hour, low byte==>minute
    WORD    wAutoPowerOnTime;       //high byte==>hour, low byte==>minute
    WORD    wAutoPowerOffTime;      //high byte==>hour, low byte==>minute
} PACK_FORMAT IMAGE_FRAME_SETUPINFO;

///////          NOTE !!!    The order should be the same as SETUPINFO
typedef struct tagSYSTEMINFO
{
    BYTE    bSTBMagiceCountHead;// STB magic count head
    BYTE    bUIStyle;           //UI Style
    BYTE    bBrightness;        //Brightness
    BYTE    bContrast;          //Contrast
    BYTE    bAspectRatio;       //TV type
    BYTE    bTVSystem;          //TV system
    BYTE    bVideoOutput;       //Video Output, no mapping UI
    BYTE    bOSDLanguage;       //OSD Language
    WORD    wDefaultPassword;
    BYTE    bDefaultType;       // Default startup mode. DVB only
    BYTE    bLastMode;          // Last mode. DVB only 
}   PACK_FORMAT SYSTEMINFO; 

#ifdef  BACK_DOOR_DECLARE

// Definitions for back door solution //CoCo.043
#define BACK_DOOR_SEQUENCE_NUM  4       //  this is the total sequence number
BYTE    __bBackDoorSeqIndex = 0;        // this is the index to acess the sequence array
BYTE    __bBackDoorSequence[BACK_DOOR_SEQUENCE_NUM] =
            {KEY_VOL_UP, KEY_VOL_DOWN, KEY_VOL_UP, KEY_VOL_DOWN};

#define SETUP_REGION_NUM    7

BYTE    _bDoBackDoor = FALSE;
BYTE    _bDebugSetMode = FALSE;
BYTE    _bBackDoorRegion = 0;
BYTE    _bBackDoorIndex = 0;


#ifndef CT950_STYLE
#ifndef RELEASE_SETTING
#define TOTAL_BACK_DOOR_NUM     2  // debug mode and region
#else
#define TOTAL_BACK_DOOR_NUM     1  // debug mode
#endif
#else //CT950_STYLE
#define TOTAL_BACK_DOOR_NUM     1  //only debug mode
#endif


// Debug mode information
#define MAX_DBG_MODE    12
/*
#ifdef  PIN_216            
BYTE    aDebugMode[MAX_DBG_MODE] = 
        {UTL_DBG_NONE, UTL_DBG_DSU1_EN, UTL_DBG_UART1_EN, (UTL_DBG_DSU1_EN|UTL_DBG_UART1_EN)};
#else  
BYTE    aDebugMode[MAX_DBG_MODE] =
        {UTL_DBG_NONE, UTL_DBG_DSU1_EN, UTL_DBG_UART1_EN, (UTL_DBG_DSU1_EN|UTL_DBG_UART2_EN)};
#endif 
*/
//BYTE    _bDebugIndex;

#define FORMAT_VERSION          0 
#define FORMAT_DATE             1
#define FORMAT_NUMBER           2

/* alan test
//Note: Don't translate the following strings.
//CoCo1.20, reduce code size.
const WORD aSETUPFW[] = {3, CHAR_F, CHAR_SOLIDUS, CHAR_W};
const WORD aSETUPFAE[] = {3, CHAR_F, CHAR_A, CHAR_E};
const WORD aSETUPMPEG[] = {4, CHAR_M, CHAR_P, CHAR_E, CHAR_G};
const WORD aSETUPJPG[] = {3, CHAR_J, CHAR_P, CHAR_G};
const WORD aSETUPDisp[] = {4, CHAR_D, CHAR_i, CHAR_s, CHAR_p};
const WORD aSETUPDivX[] = {4, CHAR_D, CHAR_i, CHAR_v, CHAR_X};
const WORD aSETUPNav[] = {3, CHAR_N, CHAR_a, CHAR_v};
const WORD aSETUPParser[] = {6, CHAR_P, CHAR_a, CHAR_r, CHAR_s, CHAR_e, CHAR_r};
const WORD aSETUPInfo[] = {4, CHAR_I, CHAR_n, CHAR_f, CHAR_o};
const WORD aSETUPAudio[] = {5, CHAR_A, CHAR_u, CHAR_d, CHAR_i, CHAR_o};
const WORD aSETUPUSB[] = {3, CHAR_U, CHAR_S, CHAR_B};
const WORD aSETUPASupport[] = {9, CHAR_A, CHAR_HYPHEN_MINUS, CHAR_S, CHAR_u, CHAR_p, CHAR_p, CHAR_o, CHAR_r, CHAR_t};
#ifdef SUPPORT_TFT
const WORD aSETUPTFT[] = {2, CHAR_V, CHAR_D};
#endif

const WORD aSETUPServo[] = {5, CHAR_S, CHAR_e, CHAR_r, CHAR_v, CHAR_o};
const WORD aSETUPBM[] = {2, CHAR_B, CHAR_M};
const WORD aSETUPuCode[] = {5, CHAR_u, CHAR_C, CHAR_o, CHAR_d, CHAR_e};
const WORD aSETUPPCBSYSTEM[] = {10, CHAR_P, CHAR_C, CHAR_B, CHAR_SPACE, CHAR_S, CHAR_Y, CHAR_S, CHAR_T, CHAR_E, CHAR_M};
const WORD aSETUPRFTYPE[] = {7, CHAR_R, CHAR_F, CHAR_SPACE, CHAR_T, CHAR_Y, CHAR_P, CHAR_E};
const WORD aSETUPMOTORTYPE[] = {10, CHAR_M, CHAR_O, CHAR_T, CHAR_O, CHAR_R, CHAR_SPACE, CHAR_T, CHAR_Y, CHAR_P, CHAR_E};
const WORD aSETUPLOADER[] = {6, CHAR_L, CHAR_O, CHAR_A, CHAR_D, CHAR_E, CHAR_R};
*/

#endif  // #ifdef  BACK_DOOR_DECLARE


#ifdef  MAIN_SETUP_DECLARE
char _cLanguageCode[]={'a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z'};
char _cTempLanguageCode[2];

BYTE    _bRegionCode[]={REGION_ALL, REGION1, REGION2, REGION3, REGION4, REGION5, REGION6};

//For OSD usage
BYTE    __bCurrentMsg = 0;//MSG_SETUP_MAIN_BASE;
BYTE    __bOSD2FirstShowMsg = TRUE;
BYTE    __bDisableMsg = 0;

SETUPINFO  __SetupInfo;

BYTE    __bItemOrValue; //0==>item, 1==>value
BYTE    __bDefaultValueOffset;
BYTE    __bValuePositionIndex;
BYTE    __bCursorPosIndex;


// This variable keeps the original OSD language value before the user change the setting
// so we can check this to decide if we need to switch the OSD to a different language.
BYTE    __bOSDLanguage; 


#else
extern  SETUPINFO  __SetupInfo;
extern  BYTE    SETUP_MENUINFO_NUM;
extern  BYTE    __bMenuItemEnable[];
extern  BYTE    __bSetupID;
extern  BIT     __btInputPassword;
extern  BYTE    __bPasswordIndex;
extern  BYTE    __bPassword[];
extern  BYTE    __btInputMenuLanguageCode;
extern  BYTE    __bMenuLanguageCodeIndex;
extern  BYTE    __bMenuLanguageCode[4];
extern  BYTE    __btInputAudioLanguageCode;
extern  BYTE    __bAudioLanguageCodeIndex;
extern  BYTE    __bAudioLanguageCode[4];
extern  BYTE    __btInputSPSTLanguageCode;
extern  BYTE    __bSPSTLanguageCodeIndex;
extern  BYTE    __bSPSTLanguageCode[4];
extern  BYTE    __bItemOrValue;
extern  BYTE    __bDefaultValueOffset;
extern  BYTE    __bValuePositionIndex;
extern  BYTE    __bCursorPosIndex;
extern  BYTE    __bInputPassword;
extern  BYTE    __bInputPasswordIndex;
extern  BYTE	__bLanguageCode[4];
extern  BYTE    __bSetupMode;
//For OSD usage
extern  BYTE    __bCurrentMsg;
extern  BYTE    __bOSD2FirstShowMsg;
extern  BYTE    __bDisableMsg;
#endif

//return status for input password (SETUP_InputPassword)
// brian1.08
// In my implementation, it is no need to follow Menu Item/Value ID sequence
// **** We don't expect to change the value of these definitions, for NVCMD and DVDInfo will reference them
#define SETUP_INPUT_PASSWORD_BASE               (0)
#define SETUP_INPUT_PASSWORD_NORMAL             (SETUP_INPUT_PASSWORD_BASE)
#define SETUP_INPUT_PASSWORD_CORRECT            (SETUP_INPUT_PASSWORD_BASE+1)
#define SETUP_INPUT_PASSWORD_WRONG              (SETUP_INPUT_PASSWORD_BASE+2)
#define SETUP_INPUT_PASSWORD_CLEAR              (SETUP_INPUT_PASSWORD_BASE+3)
#define SETUP_INPUT_PASSWORD_INVALID_KEY        (SETUP_INPUT_PASSWORD_BASE+4)
#define SETUP_INPUT_PASSWORD_VERIFIED           (SETUP_INPUT_PASSWORD_BASE+5) // brian, CT908




#endif