int TAP_Main(void)
{
char* path = "fileTest.txt";
char line[512];
UFILE *fp;
TYPE_File *tf;
printf("Starting file tester...\r\n");
PrintMem();
initFile(_INFO);
PrintMem();
if (fp = fopen(path, "w"))
{
if (fputs("This is a test message1\n", fp) == EOF)
ShowError();
//TAP_Print("1. File is %d bytes\r\n", TAP_Hdd_Flen(fp->fd));
if (fputs("This is a test message2\n", fp) == EOF)
ShowError();
//TAP_Print("2. File is %d bytes\r\n", TAP_Hdd_Flen(fp->fd));
fclose(fp);
}
PrintMem();
tf = TAP_Hdd_Fopen("fileTest.txt");
TAP_Print("re-opened file is %d bytes\r\n", TAP_Hdd_Flen(tf));
TAP_Hdd_Fclose(tf);
printf("Ending file tester...\r\n");
return 0;
}
void openLogfile()
{
if (logFD != NULL)
{
TAP_Print("openLogfile: attempting to open file that's already open\r\n");
return;
}
logFD = TAP_Hdd_Fopen((char *)LOGFILENAME);
if (logFD == NULL)
{
//TAP_Print("File doesn't exist. Creating log file...\r\n");
TAP_Hdd_Create((char *)LOGFILENAME, ATTR_NORMAL);
logFD = TAP_Hdd_Fopen((char *)LOGFILENAME);
//write the header stuff identifying this machine/firmware
logByteCount = sizeof logByteCount;
//TAP_Hdd_Fwrite((void *)logByteCount, logByteCount, 1, logFD);
TAP_Hdd_Fwrite((void *)"4 ", logByteCount, 1, logFD);
//TAP_Print("File marker written...\r\n");
}
else
{
// goto the end of the file
//TAP_Hdd_Fseek(logFD, 0, SEEK_END);
}
}
//
// Write a string to the logfile.
//
void appendToLogfile(const char* text, int logLevel)
{
if (logLevel > LOGLEVEL) return;
TAP_Print("%s\r\n",text);
TAP_Delay(0);
}
// Replace a single instruction with another instruction
dword HackFirmware( dword* address, dword value )
{
if ( (dword)address < 0x80000000 || (dword)address > 0x83ffffff )
{
TAP_Print( "HackFirmware address %08X out of range.\n", address );
return;
}
#ifdef DEBUG
TAP_Print( "%d: %08X changed from %08X to %08X\n", hackCount, address, *address, value );
#endif
firmwareHacks[hackCount].address = address;
firmwareHacks[hackCount].oldValue = *address;
++hackCount;
*address = value;
return firmwareHacks[hackCount].oldValue;
}
//----------------------------------------------------------------------------
// This function cleans up and closes the TAP
bool TSRCommanderExitTAP()
{
#ifdef DEBUG
TAP_Print("Exiting DescriptionExtender\n");
#endif
UndoFirmwareHacks();
return TRUE;
}
dword TAP_EventHandler( word event, dword param1, dword param2 )
{
if (event != EVT_KEY)
return param1;
TAP_Exit();
TAP_Print("Exiting Skeleton tap\n" );
return 0;
}
byte HDD_Smart_ExecuteOfflineImmediate (byte TestMode)
{
int Ret;
Ret = SendHDDCommand (0xD4, 0, TestMode, 0x4F, 0xC2, 0x00, 0xB0);
#ifdef DEBUG_FIREBIRDLIB
if (Ret != 0) TAP_Print ("FireBirdLib: HDDSmartExecuteOfflineImmediates: Ret=%d\r\n", Ret);
#endif
return *HDD_pLBAHigh;
}
int HDD_AAM_Disable (void)
{
int Ret;
Ret = SendHDDCommand (0xC2, 0, 0, 0, 0, 0xA0, 0xEF);
if (Ret != 0)
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: HDDDisableAAM: Ret=%d\r\n", Ret);
#endif
//Send a "AAM Maximum Performance" to circumvent devices, which do not implement the "Disable AAM" command
Ret=SendHDDCommand (0x42, 0xFE, 0, 0, 0, 0xA0, 0xEF);
#ifdef DEBUG_FIREBIRDLIB
if (Ret != 0) TAP_Print ("FireBirdLib: HDDAAMDisable: Ret=%d\r\n", Ret);
#endif
}
return Ret;
}
// Undo hacks
void UndoFirmwareHacks()
{
while ( hackCount > 0 )
{
--hackCount;
#ifdef DEBUG
TAP_Print( "%d: %08X set to %08X\n", hackCount, firmwareHacks[hackCount].address, firmwareHacks[hackCount].oldValue );
#endif
*firmwareHacks[hackCount].address = firmwareHacks[hackCount].oldValue;
}
}
/* fputs: put string s on file f */
int fputs(char *s, UFILE *iop)
{
int c;
TAP_Print("fputs: Adding string '%s'\r\n", s);
while (c = *s++)
putc(c, iop);
return ferror(iop) ? EOF : 0;
}
void logOutput( int ltype, char *fmt, ... )
{
char buff[512];
va_list args;
switch (loggingLevel)
{
case _logNone: return; break;
case _logSome: //log F(atal) only
if (LOG_FATAL & ltype) break;
return; break;
case _logMore: //log F(atal) and E(rror)
if ((LOG_FATAL & ltype) || (LOG_ERROR & ltype)) break;
return; break;
case _logAll:
if ((LOG_FATAL & ltype) || (LOG_ERROR & ltype) ||
(LOG_WARNING & ltype) || (LOG_INFO & ltype))
break;
return; break;
default: // unknown
TAP_Print("Invalid log type: %d\r\n", ltype);
return; break;
}
va_start(args, fmt);
vsprintf(buff, fmt, args); //magic happens here
va_end(args);
appendToLogfile(buff);
strcat(buff,"\n");
TAP_Print(buff);
return;
}
//--------------------------------------- FlashFindEndOfServiceTableAddress --------------------------------
//
dword FlashFindEndOfServiceTableAddress (bool TVService)
{
TYPE_Service *TvSvc;
if (!LibInitialized) InitTAPex ();
if (!LibInitialized || (FlashOffset == 0)) return 0;
if (TVService)(dword) TvSvc = FlashBlockOffset [TVServices] + 4;
else (dword) TvSvc = FlashBlockOffset [RadioServices] + 4;
while (TvSvc->TunerNum != 0) TvSvc++;
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: FindEndOfServiceTable @ 0x%8.8x\n", (dword) TvSvc);
#endif
return (dword) TvSvc;
}
word GetOSDRegionWidth (word Region)
{
tOSDMapInfo *OSDMapInfo;
OSDMapInfo = (tOSDMapInfo*) GetOSDMapAddress();
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: %d/%d %dx%d @%8.8x %2.2x %2.2x %2.2x %2.2x\n",
OSDMapInfo [Region].x, OSDMapInfo [Region].y,
OSDMapInfo [Region].Width, OSDMapInfo [Region].Height,
OSDMapInfo [Region].pMemoryOSD,
OSDMapInfo [Region].Flags [0], OSDMapInfo [Region].Flags [1],
OSDMapInfo [Region].Flags [2], OSDMapInfo [Region].Flags [3]);
#endif
return OSDMapInfo[Region].Width;
}
int HDD_Smart_ReturnStatus (void)
{
int Ret;
Ret = SendHDDCommand (0xDA, 0, 0, 0x4F, 0xC2, 0x00, 0xB0);
if (Ret != 0)
{
//If the ERR flag in the status register has been set,
//the SMART feature has been disabled.
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: HDDSmartReturnStatus: Ret=%d\r\n", Ret);
#endif
return 19;
}
if (*HDD_pLBAMid == 0x4F) return 0;
else return 20;
}
Tapplication::Tapplication() :
m_screenOffsetX(0),
m_screenOffsetY(0),
m_isClosing(false),
m_reshowUIKey(0)
{
#ifdef DEBUG
if ( tap != 0 )
TAP_Print( "Tapplication already exists\n" );
#endif
m_pTaskManager = new TaskManager();
pageCount = 0;
screenRgn = (word)TAP_Osd_Create( 0, 0, 720, 576, 0, FALSE );
m_activeDialog = NULL;
}
// Create a code wrapper based on TAP_GetTime. The function allocates a buffer and copies
// TAP_GetTime into it except for the actual call of the getTime() firmware function.
// The address of getTime() is replaced with the provided address.
// The wrapped function call supports up to 4 parameters and returns a short value.
// Parameters:
// functionAddress - address of the FW function to be wrapped
// Returns:
// Address of the new wrapper
dword* CreateAPIWrapper( dword functionAddress )
{
int i;
// TAP_GetTime provides a template for wrapper code. The only thing to be
// changed is the address of the wrapped function.
dword *src = (dword*)TAP_GetTime;
dword *buffer;
int bufferSize = 0;
// find the return statement
while ( src[bufferSize] != JR_CMD )
{
++bufferSize;
}
// the buffer should include the return statement and the command following
// the return statement
bufferSize += 2;
// allocate memory
buffer = malloc( sizeof(dword) * bufferSize );
if ( buffer == NULL )
{
TAP_Print( "malloc failed\n" );
return NULL;
}
for ( i = 0; i < bufferSize; ++i, ++src )
{
if ( (*src & JAL_MASK) == JAL_CMD )
{
// this is the wrapped call to the actual firmware implementation
// replace it with the call to the provided address
buffer[i] = JAL(functionAddress);
}
else
{
buffer[i] = *src;
}
}
return buffer;
}
void CallTraceComment(char *Comment)
{
char Spaces[101];
byte *ISOText;
if(Comment)
{
if(!CallTraceInitialized) CallTraceInit();
Spaces[0] = '\0';
if(CallTraceEnabled)
{
memset(Spaces, ' ', CallLevel < 50 ? CallLevel << 1 : 100);
Spaces[CallLevel < CTSTACKSIZE ? CallLevel << 1 : 100] = '\0';
StrToISOAlloc(Comment, &ISOText);
if(ISOText && *ISOText) TAP_Print("%s# %s\n", Spaces, ISOText);
TAP_MemFree(ISOText);
}
}
}
//----------- TAP_EventHandler ------------------------------------------
//
dword TAP_EventHandler (word event, dword param1, dword param2)
{
dword CallerID, ServiceID, ParamBlockVersion;
tTAPCOM_DemoServer_Parameter *ParamBlock = NULL;
TAPCOM_Channel Channel = 0;
static dword ServerReservedByID = 0;
(void) param2;
if (event == EVT_TAPCOM)
{
Channel = TAPCOM_GetChannel (param1, &CallerID, &ServiceID, &ParamBlockVersion, (void*) &ParamBlock);
if (Channel != 0)
{
switch (ServiceID)
{
case TAPCOM_DemoServer_ReserveServer:
{
if (ServerReservedByID)
{
TAP_Print (PROGRAM_NAME " : Server is already reserved by 0x%8.8x\n", ServerReservedByID);
TAPCOM_Reject (Channel);
}
else
{
TAP_Print (PROGRAM_NAME " : Server sucessfully reserved by 0x%8.8x\n", CallerID);
ServerReservedByID = CallerID;
TAPCOM_Finish (Channel, TAPCOM_DemoServer_ResultOK);
}
break;
}
case TAPCOM_DemoServer_ExecAdd:
{
if (!ServerReservedByID || (CallerID != ServerReservedByID))
{
TAP_Print (PROGRAM_NAME " : Server hasn't been reserved by 0x%8.8x\n", CallerID);
TAPCOM_Reject (Channel);
}
else
{
if (ParamBlockVersion != TAPCOM_DemoServer_ParameterVersion)
{
TAP_Print (PROGRAM_NAME " : Unexpected parameter version\n");
TAPCOM_Finish (Channel, TAPCOM_DemoServer_ResultInvalidParameter);
}
else if (ParamBlock == NULL)
{
TAP_Print (PROGRAM_NAME " : Parameters are needed to complete the command\n");
TAPCOM_Finish (Channel, TAPCOM_DemoServer_ResultNoParameter);
}
else
{
ParamBlock->Result = ParamBlock->Number1 + ParamBlock->Number2;
TAP_Print (PROGRAM_NAME " : Calculation done, result = %d\n", ParamBlock->Result);
TAPCOM_Finish (Channel, TAPCOM_DemoServer_ResultOK);
}
}
break;
}
case TAPCOM_DemoServer_ReleaseServer:
{
if (CallerID == ServerReservedByID)
{
TAP_Print (PROGRAM_NAME " : Server sucessfully released by 0x%8.8x\n", CallerID);
ServerReservedByID = 0;
TAPCOM_Finish (Channel, TAPCOM_DemoServer_ResultOK);
break;
}
else
{
TAP_Print (PROGRAM_NAME " : Server is reserved by different client 0x%8.8x\n", ServerReservedByID);
TAPCOM_Reject (Channel);
}
break;
}
default:
{
TAP_Print (PROGRAM_NAME " : Client 0x%8.8x is trying to access the unknown service 0x%8.8x\n", CallerID, ServiceID);
TAPCOM_Reject (Channel);
break;
}
}
}
}
if ((event == EVT_IDLE) && ServerReservedByID)
{
if (!HDD_TAP_isRunning (ServerReservedByID))
{
TAP_Print (PROGRAM_NAME " : The client 0x%8.8x has been terminated while I'm reserved for that client. Closing channel\n", ServerReservedByID);
ServerReservedByID = 0;
TAPCOM_Reject (Channel);
}
}
if (event == EVT_KEY)
{
switch (param1)
{
case RKEY_Uhf:
{
TAP_Print (PROGRAM_NAME " : Exiting\n");
TAP_Exit();
param1 = 0;
break;
}
}
}
return param1;
}
void LogEntry(char *FileName, char *ProgramName, bool Console, eTimeStampFormat TimeStampFormat, char *Text)
{
TRACEENTER();
int f;
char TimeResult[40];
char CRLF[] = {'\r', '\n'};
byte Sec;
byte *ISOText;
char AbsFileName[FBLIB_DIR_SIZE];
struct utimbuf times;
if(!Text)
{
TRACEEXIT();
return;
}
TimeFormat(Now(&Sec), Sec, TimeStampFormat, TimeResult);
if(TimeResult[0]) strcat(TimeResult, " ");
if(FileName && FileName[0])
{
ConvertPathType(FileName, AbsFileName, PF_FullLinuxPath);
f = open(AbsFileName, O_WRONLY | O_CREAT | O_APPEND);
if(f >= 0)
{
write(f, TimeResult, strlen(TimeResult));
if(Text && Text[0]) write(f, Text, strlen(Text));
write(f, CRLF, 2);
close(f);
//As the log would receive the Linux time stamp (01.01.2000), adjust to the PVR's time
times.actime = PvrTimeToLinux(Now(NULL));
times.modtime = times.actime;
utime(AbsFileName, ×);
}
}
if(Console)
{
if(TimeStampFormat != TIMESTAMP_NONE) TAP_Print(TimeResult);
if(ProgramName && ProgramName[0]) TAP_Print("%s: ", ProgramName);
if(isUTFToppy())
{
if(strlen(Text) < 510)
{
TAP_Print("%s", Text);
}
else
{
char *p = Text;
while(*p)
{
int l;
char q;
l = strlen(p);
q = p[l];
p[l] = '\0';
TAP_Print("%s", p);
p[l] = q;
p += l;
}
}
TAP_Print("\n");
}
else
{
//Max length is 512. If above, a buffer overflow may occur
StrToISOAlloc(Text, &ISOText);
if(ISOText && ISOText[0])
{
if(strlen(ISOText) < 510)
{
TAP_Print("%s", ISOText);
}
else
{
char *p = ISOText;
while(*p)
{
int l;
char q;
l = strlen(p);
if(l > 510) l = 510;
q = p[l];
p[l] = '\0';
TAP_Print("%s", p);
p[l] = q;
p += l;
}
}
}
TAP_Print("\n");
TAP_MemFree(ISOText);
}
}
TRACEEXIT();
}
//--------------------------------------- HDD_DecodeRECHeader --------------------------------
//
SYSTEM_TYPE HDD_DecodeRECHeader (char *Buffer, tRECHeaderInfo *RECHeaderInfo)
{
dword Frq, SR;
byte Modulation, Polarization, BandWidth, LPHPStream;
dword p;
dword sPoints = 0, tPoints = 0, cPoints = 0;
word v1, v2;
memset (RECHeaderInfo, 0, sizeof (tRECHeaderInfo));
RECHeaderInfo->HeaderType = ST_UNKNOWN;
if (!LibInitialized) InitTAPex ();
if (!LibInitialized) return RECHeaderInfo->HeaderType;
//Is this a REC header?
p = 0;
RECHeaderInfo->HeaderMagic = *(dword*)(&Buffer [p + 0]);
if (RECHeaderInfo->HeaderMagic != 0x54467263) return RECHeaderInfo->HeaderType;
//Header block
RECHeaderInfo->HeaderVersion = *( word*)(&Buffer [p + 4]);
memcpy (RECHeaderInfo->HeaderReserved1, &Buffer [p + 6], 2);
RECHeaderInfo->HeaderDuration = *( word*)(&Buffer [p + 8]);
RECHeaderInfo->HeaderSvcNumber = *( word*)(&Buffer [p + 10]);
RECHeaderInfo->HeaderSvcType = *( word*)(&Buffer [p + 12]);
p += 14;
//Service Info block
RECHeaderInfo->SISatIndex = *( byte*)(&Buffer [p + 0]);
RECHeaderInfo->SIReserved1 = *( byte*)(&Buffer [p + 1]);
RECHeaderInfo->SITPIdx = *( word*)(&Buffer [p + 2]) >> 6;
RECHeaderInfo->SITunerNum = (*( word*)(&Buffer [p + 2]) >> 4) & 3;
RECHeaderInfo->SIDelFlag = (*( word*)(&Buffer [p + 2]) >> 3) & 1;
RECHeaderInfo->SICASFlag = (*( word*)(&Buffer [p + 2]) >> 2) & 1;
RECHeaderInfo->SILockFlag = (*( word*)(&Buffer [p + 2]) >> 1) & 1;
RECHeaderInfo->SISkipFlag = (*( word*)(&Buffer [p + 2]) ) & 1;
RECHeaderInfo->SIServiceID = *( word*)(&Buffer [p + 4]);
RECHeaderInfo->SIPMTPID = *( word*)(&Buffer [p + 6]);
RECHeaderInfo->SIPCRPID = *( word*)(&Buffer [p + 8]);
RECHeaderInfo->SIVideoPID = *( word*)(&Buffer [p + 10]);
RECHeaderInfo->SIAudioPID = *( word*)(&Buffer [p + 12]);
if (RECHeaderInfo->HeaderVersion == 0x5010)
{
memcpy (RECHeaderInfo->SISvcName, &Buffer [p + 14], 28);
p += 42;
}
else
{
memcpy (RECHeaderInfo->SISvcName, &Buffer [p + 14], 24);
p += 38;
}
//Use the following rules for the type decision (thx to jkIT)
//Count 1 point for every matching rule
//for dvb-s:
// Transponder_Info.Polarity & 0x6F == 0 ?
// Transponder_Info.Symbol_Rate in [2000...30000] ?
// Transponder_Info.Frequency in [10700...12800] ?
//for dvb-t
// Transponder_Info.Bandwidth in [6..8] ?
// Transponder_Info.Frequency in [174000...230000] or [470000...862000] ?
// Transponder_Info.LP_HP_Stream & 0xFE == 0 ?
//for dvb-c
// Transponder_Info.Frequency in [47000...862000] ?
// Transponder_Info.Symbol_Rate in [2000...30000] ?
// Transponder_Info.Modulation <= 4 ?
//Count cable points
Frq = *(dword*)(&Buffer [p + 0]);
SR = *(word*)(&Buffer [p + 4]);
Modulation = *(byte *) (&Buffer [p + 10]);
if ((Frq >= 47000) && (Frq <= 862000)) cPoints++;
if ((SR >= 2000) && (SR <= 30000)) cPoints++;
if (Modulation <= 4) cPoints++;
//Count sat points
Frq = *(dword*)(&Buffer [p + 4]);
SR = *(word*)(&Buffer [p + 8]);
Polarization = *(byte *) (&Buffer [p + 1]);
if ((Frq >= 10700) && (Frq <= 12800)) sPoints++;
if ((SR >= 2000) && (SR <= 30000)) sPoints++;
if ((Polarization & 0x6F) == 0) sPoints++;
//Count terrestrial points
BandWidth = *(byte *) (&Buffer [p + 2]);
LPHPStream = *(byte *) (&Buffer [p + 10]);
if (((Frq >= 174000) && (Frq <= 230000)) || ((Frq >= 470000) && (Frq <= 862000))) tPoints++;
if ((BandWidth >= 6) && (BandWidth <= 8)) tPoints++;
if ((LPHPStream & 0xFE) == 0) tPoints++;
//If one system has 3 points and all other have less than 3, use that DVB system
if ((sPoints == 3) && (tPoints < 3) && (cPoints < 3)) RECHeaderInfo->HeaderType = ST_DVBS;
if ((sPoints < 3) && (tPoints == 3) && (cPoints < 3))
{
//Try to find out if this is a TF5700 Header: compare the date
v1 = *(word*)(&Buffer [84]); // StartMJD
v2 = *(word*)(&Buffer [88]); // EndMJD
RECHeaderInfo->HeaderType = (v1 && v2 && (v1 == v2 || v1 + 1 == v2) ? ST_DVBT5700 : ST_DVBT);
}
if ((sPoints < 3) && (tPoints < 3) && (cPoints == 3)) RECHeaderInfo->HeaderType = ST_DVBC;
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: DecodeRCEHeader: DVBs=%d, DVBt=%d, DVBc=%d\n", sPoints, tPoints, cPoints);
#endif
//Transponder block
switch (RECHeaderInfo->HeaderType)
{
case ST_DVBS:
{
RECHeaderInfo->TPSatIndex = *( byte*)(&Buffer [p + 0]);
RECHeaderInfo->TPPolarization = *( byte*)(&Buffer [p + 1]) >> 7;
RECHeaderInfo->TPMode = (*( byte*)(&Buffer [p + 1]) >> 4) & 7;
RECHeaderInfo->TPReserved3 = (*( byte*)(&Buffer [p + 1]) ) & 15;
memcpy (RECHeaderInfo->TPReserved1, &Buffer [p + 2], 2);
RECHeaderInfo->TPFrequency = *(dword*)(&Buffer [p + 4]);
RECHeaderInfo->TPSymbolRate = *( word*)(&Buffer [p + 8]);
RECHeaderInfo->TPTSID = *( word*)(&Buffer [p + 10]);
memcpy (RECHeaderInfo->TPReserved2, &Buffer [p + 12], 2);
RECHeaderInfo->TPNetworkID = *( word*)(&Buffer [p + 14]);
p += 16;
break;
}
case ST_DVBT:
case ST_DVBT5700:
{
RECHeaderInfo->TPChannelNumber = *( word*)(&Buffer [p + 0]);
RECHeaderInfo->TPBandwidth = *( byte*)(&Buffer [p + 2]);
RECHeaderInfo->TPReserved3 = *( byte*)(&Buffer [p + 3]);
RECHeaderInfo->TPFrequency = *(dword*)(&Buffer [p + 4]);
RECHeaderInfo->TPTSID = *( word*)(&Buffer [p + 8]);
RECHeaderInfo->TPLPHPStream = *( byte*)(&Buffer [p + 10]);
RECHeaderInfo->TPReserved4 = *( byte*)(&Buffer [p + 11]);
RECHeaderInfo->TPNetworkID = *( word*)(&Buffer [p + 12]);
memcpy (RECHeaderInfo->TPUnknown1, &Buffer [p + 14], 2);
p += 16;
if (RECHeaderInfo->HeaderType == ST_DVBT5700)
{
memcpy(RECHeaderInfo->TPUnknown2, &Buffer[p + 16], 8);
p += 8;
}
break;
}
case ST_DVBC:
{
RECHeaderInfo->TPFrequency = *(dword*)(&Buffer [p + 0]);
RECHeaderInfo->TPSymbolRate = *( word*)(&Buffer [p + 4]);
RECHeaderInfo->TPTSID = *( word*)(&Buffer [p + 6]);
RECHeaderInfo->TPNetworkID = *( word*)(&Buffer [p + 8]);
RECHeaderInfo->TPModulation = *( byte*)(&Buffer [p + 10]);
RECHeaderInfo->TPReserved5 = *( byte*)(&Buffer [p + 11]);
p += 12;
break;
}
default:
{
p += 16;
break;
}
}
//Event block
memcpy (RECHeaderInfo->EventUnknown2, &Buffer [p], 2);
RECHeaderInfo->EventDurationHour = *( byte*)(&Buffer [p + 2]);
RECHeaderInfo->EventDurationMin = *( byte*)(&Buffer [p + 3]);
RECHeaderInfo->EventEventID = *(dword*)(&Buffer [p + 4]);
memcpy (&RECHeaderInfo->EventStartTime, &Buffer [p + 8], 4);
memcpy (&RECHeaderInfo->EventEndTime , &Buffer [p + 12], 4);
RECHeaderInfo->EventRunningStatus = *( byte*)(&Buffer [p + 16]);
RECHeaderInfo->EventTextLength = *( byte*)(&Buffer [p + 17]);
RECHeaderInfo->EventParentalRate = *( byte*)(&Buffer [p + 18]);
memcpy (RECHeaderInfo->EventEventName, &Buffer [p + 19], RECHeaderInfo->EventTextLength);
memcpy (RECHeaderInfo->EventEventDescription, &Buffer [p + 19 + RECHeaderInfo->EventTextLength], 257 - RECHeaderInfo->EventTextLength);
memcpy (RECHeaderInfo->EventUnknown1, &Buffer [p + 276], 18);
p += 294;
//Extended Event block
RECHeaderInfo->ExtEventTextLength = *( word*)(&Buffer [p + 0]);
RECHeaderInfo->ExtEventEventID = *(dword*)(&Buffer [p + 2]);
memcpy (RECHeaderInfo->ExtEventText, &Buffer [p + 6], 1024);
p += 1030;
//Crypt Flag block
memcpy (RECHeaderInfo->CryptReserved1, &Buffer [p], 4);
RECHeaderInfo->CryptFlag = *( byte*)(&Buffer [p + 4]);
memcpy (RECHeaderInfo->CryptReserved2, &Buffer [p + 5], 3);
p += 8;
//Bookmark block
memcpy (RECHeaderInfo->Bookmark, &Buffer [p], 64 * sizeof (dword));
p += 256;
RECHeaderInfo->Resume = *( dword*)(&Buffer [p + 0]);
return RECHeaderInfo->HeaderType;
}
//------------
//
void ScreenConfigKeyHandler(dword key)
{
int i, oldEditLine, tempPIP_X;
switch ( key )
{
case RKEY_ChDown : // Move Down
switch (window)
{
case 1:
if (SCREEN_Y + SCREEN_H < (EVENT_Y-1))
{
SCREEN_Y++;
ShowPictureWindows(window);
}
break;
case 2:
if ((PIP_SCRY + PIP_SCRH < OSD_MAX_Y) && (PIP_SCRY < OSD_MAX_Y - 90))
{
PIP_SCRY++;
ShowPictureWindows(window);
}
break;
case 3:
if (LOGO_WINDOW_H < EVENT_Y)
{
BASE_Y++;
ShowPictureWindows(window);
}
break;
case 4:
if ((EVENT_Y+EVENT_H < OSD_MAX_Y) && (EVENT_Y < PIP_SCRY))
{
EVENT_Y++;
ShowPictureWindows(window);
}
break;
case 5:
if (CLOCK_Y + CLOCK_H < OSD_MAX_Y)
{
CLOCK_Y++;
ShowPictureWindows(window);
}
break;
case 6:
if (GDE_SCREEN_Y + GDE_SCREEN_H < (EVENT_Y-1))
{
GDE_SCREEN_Y++;
ShowPictureWindows(window);
}
break;
case 7:
if (OVERSCAN_Y + OVERSCAN_H < (OSD_MAX_Y-1))
{
OVERSCAN_Y++;
ShowPictureWindows(window);
}
break;
}
break;
case RKEY_ChUp : // Move Up
switch (window)
{
case 1:
if (SCREEN_Y > 0)
{
SCREEN_Y--;
ShowPictureWindows(window);
}
break;
case 2:
if (PIP_SCRY > PIP_Y_MIN)
{
PIP_SCRY--;
ShowPictureWindows(window);
}
break;
case 3:
if (BASE_Y > HEADER_H)
{
BASE_Y--;
ShowPictureWindows(window);
}
break;
case 4:
if ((EVENT_Y > SCREEN_Y+SCREEN_H) && (EVENT_Y > LOGO_WINDOW_H))
{
EVENT_Y--;
ShowPictureWindows(window);
}
break;
case 5:
if (CLOCK_Y > 0)
{
CLOCK_Y--;
ShowPictureWindows(window);
}
break;
case 6:
if (GDE_SCREEN_Y > 0)
{
GDE_SCREEN_Y--;
ShowPictureWindows(window);
}
break;
case 7:
if (OVERSCAN_Y > 0)
{
OVERSCAN_Y--;
ShowPictureWindows(window);
}
break;
}
break;
case RKEY_VolUp : // Move Right
switch (window)
{
case 1:
if (SCREEN_X + SCREEN_W < SCREEN_X_MAX)
{
SCREEN_X++;
ShowPictureWindows(window);
}
break;
case 2:
if (PIP_SCRX + PIP_SCRW < EVENT_X)
{
PIP_SCRX++;
ShowPictureWindows(window);
}
break;
case 3:
if (LOGO_WINDOW_W < SCREEN_X)
{
BASE_X++;
ShowPictureWindows(window);
}
break;
case 4:
if (EVENT_X + EVENT_W < OSD_MAX_X)
{
EVENT_X++;
ShowPictureWindows(window);
}
break;
case 5:
if (CLOCK_X < OSD_MAX_X)
{
CLOCK_X++;
ShowPictureWindows(window);
}
break;
case 6:
if (GDE_SCREEN_X + GDE_SCREEN_W < SCREEN_X_MAX)
{
GDE_SCREEN_X++;
ShowPictureWindows(window);
}
break;
case 7:
if (OVERSCAN_X + OVERSCAN_W < (OSD_MAX_X-1))
{
OVERSCAN_X++;
ShowPictureWindows(window);
}
break;
}
break;
case RKEY_VolDown : // Move Left
switch (window)
{
case 1:
if (SCREEN_X > SCREEN_X_MIN)
{
SCREEN_X--;
ShowPictureWindows(window);
}
break;
case 2:
if (PIP_SCRX > 0 )
{
PIP_SCRX--;
ShowPictureWindows(window);
}
break;
case 3:
if (BASE_X-10 > 0)
{
BASE_X--;
ShowPictureWindows(window);
}
break;
case 4:
if ((EVENT_X > PIP_SCRX + PIP_SCRW) && (EVENT_X > EVENT_X_MIN))
{
EVENT_X--;
ShowPictureWindows(window);
}
break;
case 5:
if (CLOCK_X - CLOCK_W > 0 )
{
CLOCK_X--;
ShowPictureWindows(window);
}
break;
case 6:
if (GDE_SCREEN_X > (LOGO_WINDOW_W + GDE_W)-20 )
{
GDE_SCREEN_X--;
ShowPictureWindows(window);
}
break;
case 7:
if (OVERSCAN_X > 0)
{
OVERSCAN_X--;
ShowPictureWindows(window);
}
break;
}
break;
case RKEY_Forward: // Increase Window size
switch (window)
{
case 1:
if ((SCREEN_Y > SCREEN_Y_MIN) && ((SCREEN_X + SCREEN_W + (SCREEN_RATIO/1000) + 1) < SCREEN_X_MAX ) )
{
SCREEN_H++;
SCREEN_W = (SCREEN_RATIO * SCREEN_H) / 1000;
SCREEN_Y--;
ShowPictureWindows(window);
}
break;
case 2:
if ((PIP_SCRH + PIP_SCRY < OSD_MAX_Y) && ((PIP_SCRX - (SCREEN_RATIO/1000) - 1) > 0 ) )
{
tempPIP_X = PIP_SCRX + PIP_SCRW; // temp store of current right-hand x-coord.
PIP_SCRH++;
PIP_SCRW = (SCREEN_RATIO * PIP_SCRH) / 1000;
PIP_SCRX = tempPIP_X - PIP_SCRW; // Keep the window still on right-handside and grow to the left.
ShowPictureWindows(window);
}
break;
case 3:
if (GDE_W < GDE_W_MAX)
{
GDE_W++;
ShowPictureWindows(window);
}
break;
case 4:
if ((EVENT_H < EVENT_H_MAX) && ( EVENT_Y + EVENT_H < OSD_MAX_Y))
{
EVENT_H++;
ShowPictureWindows(window);
}
break;
case 6:
if ((GDE_SCREEN_Y > SCREEN_Y_MIN) && ((GDE_SCREEN_X + GDE_SCREEN_W + (SCREEN_RATIO/1000) + 1) < SCREEN_X_MAX ) )
{
GDE_SCREEN_H++;
GDE_SCREEN_W = (SCREEN_RATIO * GDE_SCREEN_H) / 1000;
GDE_SCREEN_Y--;
ShowPictureWindows(window);
}
break;
case 7:
switch (axis)
{
case 0: // Top/Bottom
if (OVERSCAN_H < (OSD_MAX_Y - OVERSCAN_Y) )
{
OVERSCAN_H++;
ShowPictureWindows(window);
}
break;
case 1: // Left/Right
if (OVERSCAN_W < (OSD_MAX_X - OVERSCAN_X))
{
OVERSCAN_W++;
ShowPictureWindows(window);
}
break;
}
/*
if ((OVERSCAN_Y + OVERSCAN_H < OSD_MAX_Y) && ((OVERSCAN_X + OVERSCAN_W + (SCREEN_RATIO/1000) + 1) < OSD_MAX_X ) )
{
OVERSCAN_H++;
OVERSCAN_W = (WINDOW_RATIO * OVERSCAN_H) / 1000;
ShowPictureWindows(window);
}
break;
*/
}
break;
case RKEY_Rewind: // Decrease Window size.
switch (window)
{
case 1:
if ((SCREEN_Y < (EVENT_Y-1)) && (SCREEN_H > 100))
{
SCREEN_H--;
SCREEN_W = (SCREEN_RATIO * SCREEN_H) / 1000;
SCREEN_Y++;
TAP_Print("X=%d Y=%d W=%d H=%d \r\n",SCREEN_X,SCREEN_Y,SCREEN_W,SCREEN_H);
ShowPictureWindows(window);
}
break;
case 2:
if (PIP_SCRH > 100)
{
tempPIP_X = PIP_SCRX + PIP_SCRW; // temp store of current right-hand x-coord.
PIP_SCRH--;
PIP_SCRW = (SCREEN_RATIO * PIP_SCRH) / 1000;
PIP_SCRX = tempPIP_X - PIP_SCRW; // Keep the window still on right-handside and grow to the left.
ShowPictureWindows(window);
}
break;
case 3:
if (GDE_W > GDE_W_MIN)
{
GDE_W--;
ShowPictureWindows(window);
}
break;
case 4:
if (EVENT_H > EVENT_H_MIN)
{
EVENT_H--;
ShowPictureWindows(window);
}
break;
case 6:
if (GDE_SCREEN_Y < (EVENT_Y-1))
{
GDE_SCREEN_H--;
GDE_SCREEN_W = (SCREEN_RATIO * GDE_SCREEN_H) / 1000;
GDE_SCREEN_Y++;
ShowPictureWindows(window);
}
break;
case 7:
switch (axis)
{
case 0: // Top/Bottom
if (OVERSCAN_H > (GDE_H + EVENT_H) )
{
OVERSCAN_H--;
ShowPictureWindows(window);
}
break;
case 1: // Left/Right
if (OVERSCAN_W > (10 + LOGO_W + 10 + GDE_W + EVENT_W))
{
OVERSCAN_W--;
ShowPictureWindows(window);
}
break;
}
/*
if (OVERSCAN_H > (GDE_H + EVENT_H) )
{
OVERSCAN_H--;
OVERSCAN_W = (WINDOW_RATIO * OVERSCAN_H) / 1000;
ShowPictureWindows(window);
}
break;
*/
}
break;
case RKEY_Ok : if (window==OVERSCAN_WINDOW) // Change the axis that we will change.
{
axis = !axis;
DisplayScreenConfigWindow(window);
ShowPictureWindows(window);
break;
}
if (window < NUMBER_OF_WINDOWS) window++;
else window=1;
DisplayScreenConfigWindow(window);
ShowPictureWindows(window);
break;
case RKEY_Recall : ResetScreenConfig(); // Reload the original data
DisplayScreenConfigWindow(window);
ShowPictureWindows(window);
break;
case RKEY_Record : SaveScreenConfig(); // Save the modified config info
CloseScreenConfigWindow(); // Close the config window
break;
case RKEY_Guide: //guideFormat = 0; // Reset the Guide Display Format to Now/Next Display Format
//displayStartTime = 0;
if (!guideWindowDisplayed)
{
ActivateGuideWindow();
LoadGuideEventInfo(currentSvcType, currentSvcNum);
DisplayGuideWindow(currentSvcType, currentSvcNum);
}
else
{
CloseGuideWindow();
guideWindowDisplayed = FALSE;
}
ShowPictureWindows(window);
break;
case RKEY_Exit : ResetScreenConfig(); // Reload the original data
CloseScreenConfigWindow(); // Close the config window
break;
default :
break;
}
}
void DumpMemory(byte* p, dword size, int BytesPerLine)
{
TRACEENTER();
byte *StartAddress = p;
int CollectedBytes, i;
char text[200], Header[20];
char s[255];
dword Remaining;
if(!p)
{
TAP_Print("0x00000000 NULL\n");
TRACEEXIT();
return;
}
s[0] = '\0';
text[0] = '\0';
CollectedBytes = 0;
TAP_SPrint(Header, "%p 0x%4.4x: ", p, (dword)(p - StartAddress));
Remaining = size;
while(Remaining > 0)
{
TAP_SPrint(&s[strlen(s)], "%2.2x ", *p);
if((*p >= 0x20) && (*p <= 0x7e)) // && (*p != 0x25)
TAP_SPrint(&text[strlen(text)], "%c", *p);
else
TAP_SPrint(&text[strlen(text)], ".");
CollectedBytes++;
p++;
Remaining--;
if(CollectedBytes >= BytesPerLine)
{
TAP_SPrint(&s[strlen(s)], " %s\n", text);
TAP_Print(Header);
TAP_Print(s);
s[0] = '\0';
text[0] = '\0';
TAP_SPrint(Header, "%p 0x%4.4x: ", p, (dword)(p - StartAddress));
CollectedBytes = 0;
}
}
if(strlen(s))
{
size %= BytesPerLine;
if(size)
{
size = BytesPerLine - size;
for(i = 0; i < (int)size; i++)
strcat(s, " ");
}
TAP_SPrint(&s[strlen(s)], " %s\n", text);
TAP_Print(Header);
TAP_Print(s);
}
TRACEEXIT();
}
void PrintMem()
{
dword heapSize, freeHeapSize, availHeapSize;
TAP_MemInfo(&heapSize, &freeHeapSize, &availHeapSize);
TAP_Print("TotalHeap: %d, FreeHeap: %d, AvailHeap: %d\n", heapSize, freeHeapSize, availHeapSize);
}
int TAP_Main(void)
{
TAP_Print("Starting Skeleton tap\n" );
return 1;
}
//--------------------------------------- FlashFindTransponderIndex --------------------------------
//
int FlashFindTransponderIndex (dword SatIndex, dword NetworkID, dword TSID)
{
dword TrCount, i;
int Ret = -1;
if (!LibInitialized) InitTAPex ();
if (!LibInitialized || (FlashOffset == 0)) return 0;
switch (SystemType)
{
case ST_DVBS:
{
TYPE_TpInfoS *Transponder;
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: FindTransponderIndex: Sat=%d, TSID=%d ", SatIndex, TSID);
#endif
TrCount = *((dword *) (FlashBlockOffset [Transponders] + 4));
Transponder = (TYPE_TpInfoS *) (FlashBlockOffset [Transponders] + 4 + 4);
i=-1;
while (TrCount > 0)
{
if (Transponder->SatIdx == SatIndex) i++;
if ((Transponder->SatIdx == SatIndex) && (Transponder->TSID == TSID)) break;
Transponder++;
TrCount--;
}
if (TrCount != 0)
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("@ 0x%8.8x (Index %d)\n", (dword) Transponder, i);
#endif
Ret = i;
}
else
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("not found\n");
#endif
Ret = -1;
}
break;
}
case ST_DVBT:
case ST_DVBT5700:
{
byte *Transponder;
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: FindTransponderIndex: NetworkID=%d, TSID=%d ", NetworkID, TSID);
#endif
TrCount = *((dword *) (FlashBlockOffset [Transponders] + 4));
Transponder = (byte *) (FlashBlockOffset [Transponders] + 4 + 4);
i=-1;
while (TrCount > 0)
{
i++;
// fortunately, the structures are identical until NetworkID (and TSID)
if ((((TYPE_TpInfoT *) Transponder)->NetworkID == NetworkID) && (((TYPE_TpInfoT *) Transponder)->TSID == TSID)) break;
Transponder += (SystemType == ST_DVBT ? sizeof(TYPE_TpInfoT) : sizeof(TYPE_TpInfoT5700));
TrCount--;
}
if (TrCount != 0)
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("@ 0x%8.8x (Index %d)\n", (dword) Transponder, i);
#endif
Ret = i;
}
else
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("not found\n");
#endif
Ret = -1;
}
break;
}
case ST_DVBC:
{
TYPE_TpInfoC *Transponder;
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("FireBirdLib: FindTransponderIndex: NetworkID=%d, TSID=%d ", NetworkID, TSID);
#endif
//2005-15-11 Mod: Run from the last entry towards the first entry. This should prevent to hit a dummy 47MHz Premiere transponder
TrCount = *((dword *) (FlashBlockOffset [Transponders] + 4));
Transponder = (TYPE_TpInfoC *) (FlashBlockOffset [Transponders] + 4 + 4 + sizeof(TYPE_TpInfoC) * (TrCount -1));
while (TrCount > 0)
{
if ((Transponder->NetworkID == NetworkID) && (Transponder->TSID == TSID)) break;
Transponder--;
TrCount--;
}
if (TrCount != 0)
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("@ 0x%8.8x (Index %d)\n", (dword) Transponder, TrCount-1);
#endif
Ret = (TrCount-1);
}
else
{
#ifdef DEBUG_FIREBIRDLIB
TAP_Print ("not found\n");
#endif
Ret = -1;
}
break;
}
case ST_UNKNOWN:
{
break;
}
}
return Ret;
}
dword TAP_EventHandler(word event, dword param1, dword param2)
{
static TAPCOM_Channel Channel = 0;
TAPCOM_Status Status;
tTAPCOM_DemoServer_Parameter Parameter;
int ret = 0;
(void) param2;
if (event == EVT_KEY)
{
switch (param1)
{
case RKEY_4:
{
TAP_Print (PROGRAM_NAME ": Trying to reserve the server\n");
Channel = TAPCOM_OpenChannel (TAPCOM_App_DemoServer, TAPCOM_DemoServer_ReserveServer, 0, NULL);
Status = TAPCOM_GetStatus (Channel);
TAP_Print (PROGRAM_NAME ": Server answered with status %s\n", StatusStrings [Status]);
TAPCOM_CloseChannel (Channel);
param1 = 0;
break;
}
case RKEY_5:
{
TAP_Print (PROGRAM_NAME ": Trying to calculate\n");
Parameter.Number1 = 1;
Parameter.Number2 = 2;
Channel = TAPCOM_OpenChannel (TAPCOM_App_DemoServer, TAPCOM_DemoServer_ExecAdd, TAPCOM_DemoServer_ParameterVersion, NULL); //(void*) &Parameter
Status = TAPCOM_GetStatus (Channel);
TAP_Print (PROGRAM_NAME ": Server answered with status %s\n", StatusStrings [Status]);
if (Status == TAPCOM_Status_FINISHED)
{
ret = TAPCOM_GetReturnValue (Channel);
TAP_Print (PROGRAM_NAME ": Return value was %d\n", ret);
if (ret == TAPCOM_DemoServer_ResultOK) TAP_Print (PROGRAM_NAME ": Result = %d\n", Parameter.Result);
}
TAPCOM_CloseChannel (Channel);
param1 = 0;
break;
}
case RKEY_6:
{
TAP_Print (PROGRAM_NAME ": Trying to release the server\n");
Channel = TAPCOM_OpenChannel (TAPCOM_App_DemoServer, TAPCOM_DemoServer_ReleaseServer, 0, NULL);
Status = TAPCOM_GetStatus (Channel);
TAP_Print (PROGRAM_NAME ": Server answered with status %s\n", StatusStrings [Status]);
TAPCOM_CloseChannel (Channel);
param1 = 0;
break;
}
case RKEY_Uhf:
{
TAP_Print (PROGRAM_NAME ": Exiting\n");
TAP_Exit();
param1 = 0;
break;
}
}
}
return param1;
}