TAPCOM_Channel TAPCOM_GetChannel (dword param1, dword *CallerID, dword *ServiceID, dword *ParamBlockVersion, void **ParamBlock)
{
TAPCOM_InternalMesBuf *mesBuf = (TAPCOM_InternalMesBuf *) param1;
if (!isValidChannel (mesBuf)) return NULL;
if (mesBuf->tapcomVersion >= TAPCOM_REQVERSION)
{
if ((mesBuf->ToID == __tap_ud__) || (mesBuf->ToID == TAPCOM_App_BROADCAST))
{
// die Nachricht ist für mich oder Broadcast
if (CallerID != NULL) *CallerID = mesBuf->FromID;
if (ServiceID != NULL) *ServiceID = mesBuf->ServiceID;
if (ParamBlockVersion != NULL) *ParamBlockVersion = mesBuf->ParamBlockVersion;
if (ParamBlock != NULL) *ParamBlock = mesBuf->ParamBlock;
// Infos aus Message-Buffer holen
//Falls es sich um keinen Broadcast handelt, den Block auf bestätigt setzen
if (mesBuf->ToID != TAPCOM_App_BROADCAST) mesBuf->Status = TAPCOM_Status_ACKNOWLEDGED;
}
else return NULL;
}
else
{
mesBuf->Status = TAPCOM_Status_VERSIONMISMATCH;
mesBuf->ReturnVal = TAPCOM_REQVERSION;
}
//Server-Timeout zurücksetzen
mesBuf->ServerAlive = TAP_GetTick();
return (TAPCOM_Channel) mesBuf;
}
//
// Write a string to the logfile.
//
void appendToLogfile(const char* text, int logLevel)
{
word mjd;
byte hour;
byte min;
byte sec;
word year;
byte month;
byte day;
byte weekday;
char str[20];
dword tempTick;
if (logLevel > LOGLEVEL) return;
if (logFD != NULL)
{
TAP_GetTime( &mjd, &hour, &min, &sec);
TAP_ExtractMjd(mjd, &year, &month, &day, &weekday);
tempTick = TAP_GetTick();
//sprintf(str,"%02d-%02d-%04d %02d:%02d:%02d - ", day, month, year, hour, min, sec);
sprintf(str,"%02d:%02d:%02d %i - ", hour, min, sec, tempTick);
TAP_Hdd_Fwrite((void*)str, strlen(str), 1, logFD);
TAP_Hdd_Fwrite((void*)text, strlen(text), 1, logFD);
TAP_Hdd_Fwrite((void*)"\r\n", strlen("\r\n"), 1, logFD);
logByteCount += strlen(text) + strlen("\r\n");
}
}
void TAPCOM_Finish(TAPCOM_Channel Channel, int val)
{
TRACEENTER();
TAPCOM_InternalMesBuf *buf = (TAPCOM_InternalMesBuf *) Channel;
if(isValidChannel(Channel))
{
buf->Status = TAPCOM_Status_FINISHED;
buf->ReturnVal = val;
//Server-Timeout zurücksetzen
buf->ServerAlive = TAP_GetTick();
}
TRACEEXIT();
}
void OSDMenuWaitSpinnerInit(void)
{
TRACEENTER();
if(InfoBoxOSDRgn && WaitSpinnerRgn == 0)
{
WaitSpinnerRgn = TAP_Osd_Create(0, 0, _WaitSpinner_All_Gd.width, _WaitSpinner_All_Gd.height, 0, OSD_Flag_MemRgn);
if(WaitSpinnerRgn)
{
TAP_Osd_PutGd(WaitSpinnerRgn, 0, 0, &_WaitSpinner_All_Gd, FALSE);
TAP_Osd_Copy(WaitSpinnerRgn, InfoBoxOSDRgn, 0, 0, 50, 50, 15, 130, FALSE);
WaitSpinnerIndex = 0;
WaitSpinnerTimeout = TAP_GetTick() + 10;
TAP_Osd_Sync();
}
}
TRACEEXIT();
}
void LoadPlayData( void )
{
int i;
char str[200];
appendToLogfile("LoadPlayData: Started.", INFO);
if ( !ReadDatFile() ) // If we can't find/read the data file, create an empty one.
{
appendToLogfile("LoadPlayData: Call to ReadDatFile returned FALSE.", ERR);
numberOfPlayedFiles = 1;
playedFiles[0] = TAP_MemAlloc( sizeof (*playedFiles[0]));
playedFiles[0]->startCluster = 0; // Store the disk start cluster.
playedFiles[0]->currentBlock = 0; // Store the current block position.
playedFiles[0]->totalBlock = 1; // Store the total block size. Set to 1 to ensure no division by 0 errors.
strcpy(playedFiles[0]->name,"Placeholder for last played file.rec"); // Store the file name.
playedFiles[1] = TAP_MemAlloc( sizeof (*playedFiles[1]));
playedFiles[1]->startCluster = 12345678; // Store the disk start cluster.
playedFiles[1]->currentBlock = 9876543; // Store the current block position.
playedFiles[1]->totalBlock = 9999999; // Store the total block size.
strcpy(playedFiles[1]->name,"This is a dummy filename.rec"); // Store the file name.
appendToLogfile("LoadPlayData: Calling SaveDataToFile for new file.", ERR);
SaveDatToFile();
}
playbackInfoTick = TAP_GetTick(); // Set timer to indicate when we retrieved the playback information.
playinfoChanged = FALSE; // We've just loaded the data, so it hasn't changed yet.
/*
TAP_Print("\r\n from loading numberOfPlayedFiles=%d \r\n",numberOfPlayedFiles);
for (i = 1; i<=numberOfPlayedFiles; i ++)
{
TAP_Print("%d<< %d<< %d<<\r\n", playedFiles[i]->startCluster, playedFiles[i]->currentBlock, playedFiles[i]->totalBlock);
TAP_Print("%s<<\r\n", playedFiles[i]->name);
}
*/
appendToLogfile("LoadPlayData: Finished.", INFO);
}
PerformanceTimer::~PerformanceTimer(void)
{
dword endTick = TAP_GetTick();
TRACE2("%s timed at %d milliseconds\n", m_sTitle.c_str(), (endTick-m_dwStartTick) * 10);
}
PerformanceTimer::PerformanceTimer(const string& title) : m_sTitle(title)
{
m_dwStartTick = TAP_GetTick();
}
bool SDS(void)
{
TRACEENTER();
static dword Timeout = 0;
static tHookHandlerState LastHHS = HHS_Exit;
static dword EF00FilterTimeout = 0;
if(LastHHS != HookHandlerState)
{
switch(HookHandlerState)
{
case HHS_Init: WriteLog("HHS_Init"); break;
case HHS_Idle: WriteLog("HHS_Idle"); break;
case HHS_EF00Received: WriteLog("HHS_EF00Received"); break;
case HHS_PowerOffCancel: WriteLog("HHS_PowerOffCancel"); break;
case HHS_ShutdownTimerDiags: WriteLog("HHS_ShutdownTimerDiags"); break;
case HHS_Shutdown: WriteLog("HHS_Shutdown"); break;
case HHS_Exit: WriteLog("HHS_Exit"); break;
}
LastHHS = HookHandlerState;
}
switch(HookHandlerState)
{
case HHS_Init:
{
char *TAPFileName;
tTAPInfo TAPInfo;
CreateRootDir();
//Init some firmware routines
if(!__DevFront_PowerOffReply)
{
__DevFront_PowerOffReply = (void*)FIS_fwDevFront_PowerOffReply();
if(!__DevFront_PowerOffReply)
{
if(LastStatus != -1) WriteLog("Failed to resolve DevFront_PowerOffReply()");
LastStatus = -1;
HookHandlerState = HHS_Exit;
TRACEEXIT();
return FALSE;
}
}
if(!__DevFront_PowerOffCancel)
{
__DevFront_PowerOffCancel = (void*)FIS_fwDevFront_PowerOffCancel();
if(!__DevFront_PowerOffCancel)
{
if(LastStatus != -2) WriteLog("Failed to resolve DevFront_PowerOffCancel()");
LastStatus = -2;
HookHandlerState = HHS_Exit;
TRACEEXIT();
return FALSE;
}
}
//Modify the handler pointer of the ef00 event queue
if(!SetHandler(0xef00, Hooked_ApplEvent_CallHandler, (void*)&OrigHandler))
{
TRACEEXIT();
return FALSE;
}
if(!LibInitialized && !InitTAPex())
{
TRACEEXIT();
return FALSE;
}
if(HDD_TAP_GetFileNameByIndex(TAP_TableIndex, &TAPFileName))
{
if(!HDD_TAP_GetInfo(TAPFileName, &TAPInfo)) strcpy(TAPInfo.TAPName, "???");
}
else
strcpy(TAPInfo.TAPName, "???");
TAP_SPrint(Log, "SDS has been activated by '%s'", TAPInfo.TAPName);
WriteLog(Log);
HookHandlerState = HHS_Idle;
break;
}
case HHS_Idle:
{
if(EF00FilterTimeout && TAP_GetTick() > EF00FilterTimeout) EF00FilterTimeout = 0;
if(ShutdownHooked)
{
HookHandlerState = HHS_EF00Received;
ShutdownHooked = FALSE;
}
break;
}
case HHS_EF00Received:
{
__DevFront_PowerOffReply();
if(EF00FilterTimeout)
{
Timeout = TAP_GetTick() + 50;
HookHandlerState = HHS_PowerOffCancel;
}
else
{
dword ret = HDD_TAP_SendEvent(0, TRUE, EVT_STOP, 2, 0);
if(ret == 0)
{
if(LastStatus != -4) WriteLog("A TAP has intercepted the shutdown notfication");
LastStatus = -4;
Timeout = TAP_GetTick() + 50;
HookHandlerState = HHS_PowerOffCancel;
}
else
{
HookHandlerState = HHS_ShutdownTimerDiags;
}
}
break;
}
case HHS_PowerOffCancel:
{
if(TAP_GetTick() > Timeout)
{
if(LastStatus != -5) WriteLog("The shutdown has been canceled");
LastStatus = -5;
__DevFront_PowerOffCancel();
EF00FilterTimeout = TAP_GetTick() + 200;
HookHandlerState = HHS_Idle;
}
break;
}
case HHS_ShutdownTimerDiags:
{
if(LastStatus != -6) WriteLog("Notifiying TimerDiags about the shutdown");
LastStatus = -6;
HDD_TAP_SendEvent(0x8E0A4224, FALSE, EVT_STOP, 0, 0);
Timeout = TAP_GetTick() + 200;
HookHandlerState = HHS_Shutdown;
break;
}
case HHS_Shutdown:
{
if(TAP_GetTick() > Timeout)
{
if(OrigHandler)
{
SetHandler(0xef00, OrigHandler, NULL);
OrigHandler = NULL;
}
if(LastStatus != -7) WriteLog("Notifiying all TAPs about the shutdown");
LastStatus = -7;
HDD_TAP_SendEvent(0, FALSE, EVT_STOP, 0, 0);
//TAP_Exit();
if(LastStatus != -8) WriteLog("Enqueuing the shutdown event");
LastStatus = -8;
Shutdown(TaskPower);
HookHandlerState = HHS_Exit;
}
break;
}
case HHS_Exit:
{
if(OrigHandler)
{
SetHandler(0xef00, OrigHandler, NULL);
OrigHandler = NULL;
if(LastStatus != -9) WriteLog("SDS has been deactivated");
LastStatus = -9;
}
TRACEEXIT();
return FALSE;
}
}
TRACEEXIT();
return TRUE;
}
dword TAP_EventHandler( word event, dword param1, dword param2 )
{
static int count = 0, err1, filelen;
static byte flip = 0;
int i, y;
const int LINE_H = 21;
const int STR_COUNT = 21;
dword t1, t2;
char strings[21][40] = {
{"Test ajJsjjOjsj"},
{"qUIck tESt"},
{"ma"},
{"keяд"},
{"<< Nelonen >>"} ,
{"03:20 "},
{" leading SPACE"},
{"Test ajJsjjOjsj"},
{"qUIck tESt"},
{"ma"},
{"ke"},
{"<< Nelonen >>"} ,
{"03:20 "},
{" leading SPACE"},
{"Test ajJsjjOjsj"},
{"qUIck tESt"},
{"ma"},
{"ke"},
{"<< Nelonen >>"} ,
{"03:20 "},
{" leading SPACE"}
};
char msg[64];
if( event == EVT_KEY )
{
if ( param1 == RKEY_Exit)
{
TAP_Osd_SetTransparency(rgn, 0xFF - transparency_orig);
Delete_Font(&font0);
Delete_Font(&font1);
Delete_Font(&font2);
TAP_Osd_Delete( rgn );
#ifdef DLALLOC
dlmalloc_exit();
#endif
TAP_EnterNormal();
TAP_Exit();
return 0;
}
if ( param1 == RKEY_1)
{
TAP_ExitNormal();
TAP_Osd_FillBox(rgn, 30, 10, 620, 500, COLOR_DarkBlue);
t1 = TAP_GetTick();
y = 20;
for (i = 0; i < STR_COUNT; i++, y+=LINE_H)
{
TAP_Osd_PutS_Font(rgn, 50, y, 199, strings[i], COLOR_Red, COLOR_White, &font0, ALIGN_LEFT);
TAP_Osd_PutS_Font(rgn, 200, y, 349, strings[i], COLOR_Red, COLOR_White, &font1, ALIGN_LEFT);
TAP_Osd_PutS_Font(rgn, 350, y, 499, strings[i], COLOR_Red, COLOR_White, &font2, ALIGN_LEFT);
}
t2 = TAP_GetTick() - t1;
TAP_SPrint(msg, "Ticks: %d", t2);
TAP_Osd_PutS(rgn, 500, 500, 650, msg, COLOR_Green, COLOR_Black, 0, FNT_Size_1419, 0, ALIGN_LEFT);
return 0;
}
if ( param1 == RKEY_2)
{
TAP_ExitNormal();
TAP_Osd_FillBox(rgn, 30, 10, 620, 500, COLOR_DarkBlue);
t1 = TAP_GetTick();
y = 20;
for (i = 0; i < STR_COUNT; i++, y+=LINE_H)
{
TAP_Osd_PutS_FontL(rgn, 50, y, 199, strings[i], &font0, ALIGN_LEFT);
TAP_Osd_PutS_FontL(rgn, 200, y, 349, strings[i], &font1, ALIGN_LEFT);
TAP_Osd_PutS_FontL(rgn, 350, y, 499, strings[i], &font2, ALIGN_LEFT);
}
t2 = TAP_GetTick() - t1;
TAP_SPrint(msg, "Ticks: %d", t2);
TAP_Osd_PutS(rgn, 500, 500, 650, msg, COLOR_Green, COLOR_Black, 0, FNT_Size_1419, 0, ALIGN_LEFT);
return 0;
}
if ( param1 == RKEY_3)
{
TAP_ExitNormal();
TAP_Osd_FillBox(rgn, 30, 10, 620, 500, COLOR_DarkBlue);
t1 = TAP_GetTick();
y = 20;
for (i = 0; i < STR_COUNT; i++, y+=LINE_H)
{
TAP_Osd_PutS_FontEx(rgn, 50, y, 199, 19, 2, strings[i], COLOR_Red, COLOR_White, &font0, ALIGN_LEFT);
TAP_Osd_PutS_FontEx(rgn, 200, y, 349, 19, 2, strings[i], COLOR_Red, COLOR_White, &font1, ALIGN_LEFT);
TAP_Osd_PutS_FontEx(rgn, 350, y, 499, 19, 2, strings[i], COLOR_Red, COLOR_White, &font2, ALIGN_LEFT);
}
t2 = TAP_GetTick() - t1;
TAP_SPrint(msg, "Ticks: %d", t2);
TAP_Osd_PutS(rgn, 500, 500, 650, msg, COLOR_Green, COLOR_Black, 0, FNT_Size_1419, 0, ALIGN_LEFT);
return 0;
}
if ( param1 == RKEY_4)
{
TAP_ExitNormal();
TAP_Osd_FillBox(rgn, 30, 10, 620, 500, COLOR_DarkBlue);
t1 = TAP_GetTick();
y = 20;
for (i = 0; i < STR_COUNT; i++, y+=LINE_H)
{
TAP_Osd_PutS(rgn, 50, y, 199, strings[i], COLOR_Red, COLOR_White, 0, FNT_Size_1419, 0, ALIGN_LEFT);
TAP_Osd_PutS(rgn, 200, y, 349, strings[i], COLOR_Red, COLOR_White, 0, FNT_Size_1419, 0, ALIGN_LEFT);
TAP_Osd_PutS(rgn, 350, y, 499, strings[i], COLOR_Red, COLOR_White, 0, FNT_Size_1419, 0, ALIGN_LEFT);
}
t2 = TAP_GetTick() - t1;
TAP_SPrint(msg, "Ticks: %d", t2);
TAP_Osd_PutS(rgn, 500, 500, 650, msg, COLOR_Green, COLOR_Black, 0, FNT_Size_1419, 0, ALIGN_LEFT);
return 0;
}
}
return param1;//event;
}
dword My_IdleHandler(void)
{
dword currentTickTime = 0;
static byte oldMin = 100, oldSec = 0;
static byte schIdleHandlerSV = SCH_IDLE_HANDLER_INITIALISE;
switch(schIdleHandlerSV)
{
/*--------------------------------------------------*/
case SCH_IDLE_HANDLER_INITIALISE:
FindTapDir();
schMainDetermineChangeDirType();
schFileCreateSettingsFolder();
LoadConfiguration();
LoadLanguage();
CacheLogos();
schMainInitLcnToSvcNumMap();
schDispWindowInitialise();
schEditWindowInitialise();
initialiseMenu();
InitialiseConfigRoutines();
schShowWindowInitialise();
logInitialise();
schMainAlreadyRecordedInitialise();
schMainApiMoveAvailable = FALSE;
schMainDebugMoveAvailable = FALSE;
#ifndef WIN32
if( FirmwareCallsEnabled == TRUE )
{
schMainApiMoveAvailable = fcCheckApiMoveAvailability();
if(schMainApiMoveAvailable == FALSE)
{
StartTAPExtensions();
schMainDebugMoveAvailable = fcCheckDebugMoveAvailability();
}
}
#else
schMainApiMoveAvailable = TRUE;
#endif
schIdleHandlerSV = SCH_IDLE_HANDLER_SERVICE;
break;
/*--------------------------------------------------*/
case SCH_IDLE_HANDLER_SERVICE:
currentTickTime = TAP_GetTick(); // only get the current tick time once
if ( keyboardWindowShowing ) KeyboardCursorBlink( currentTickTime );
schObtainCurrentTime();
if
(
(creditsShowing == FALSE)
&&
(menuShowing == FALSE)
&&
(schEditWindowShowing == FALSE)
&&
(schDispWindowShowing == FALSE)
&&
(schShowWindowShowing == FALSE)
)
{
schMainService();
if
(
(FirmwareCallsEnabled == TRUE)
&&
(
(schMainApiMoveAvailable == TRUE)
||
(schMainDebugMoveAvailable == TRUE)
)
)
{
schMoveService();
schKeepService();
}
oldMin = 100;
}
else
{
if(schShowWindowShowing == TRUE)
{
schShowService();
}
if ( schTimeMin != oldMin )
{
oldMin = schTimeMin;
if
(
( menuShowing == FALSE )
&&
( creditsShowing == FALSE )
)
{
UpdateListClock();
}
}
}
if
(
( schTimeSec != oldSec )
&&
( schStartUpCounter < 0xFF )
)
{
oldSec = schTimeSec;
schStartUpCounter++;
}
break;
/*--------------------------------------------------*/
}
}
void CallTraceExitResult(dword *Magic, char *Result)
{
char Spaces[101];
int i, j;
dword t;
byte *ISOText;
extern dword __tap_ud__;
if(CallTraceDoNotReenter) return;
CallTraceDoNotReenter = TRUE;
t = TAP_GetTick();
if(!CallTraceInitialized) CallTraceInit();
Spaces[0] = '\0';
if(CallLevel > 0)
{
CallLevel--;
if(CallTraceEnabled && CallTraceStats && CallLevel < CTSTACKSIZE)
{
//Check if the proc name is already known by the stats array
j = -1;
for(i = 0; i < CallTraceStatsEntries; i++)
if(CallTraceStats[i].ProcName == CallTraceStack[CallLevel].ProcName)
{
j = i;
break;
}
//If not, use the next free entry
if(j == -1) j = CallTraceStatsEntries;
//Add the stats
if(j < CTSTATENTRIES)
{
i = t - CallTraceStack[CallLevel].EntryTime;
if(CallTraceStats[j].ProcName)
{
//Already known
if((dword)i < CallTraceStats[j].MinTime) CallTraceStats[j].MinTime = i;
if((dword)i > CallTraceStats[j].MaxTime) CallTraceStats[j].MaxTime = i;
if(CallTraceStats[j].NrCalls < 0xffffffff)
{
CallTraceStats[j].TotalTime += i;
CallTraceStats[j].NrCalls++;
}
}
else
{
//New procedure
CallTraceStats[j].ProcName = CallTraceStack[CallLevel].ProcName;
CallTraceStats[j].MinTime = i;
CallTraceStats[j].MaxTime = i;
CallTraceStats[j].TotalTime = i;
CallTraceStats[j].NrCalls = 1;
CallTraceStatsEntries++;
}
}
}
}
else
LogEntryFBLibPrintf(TRUE, "CallLevel Underflow! (TAPID 0x%8.8x)", __tap_ud__);
if((CallTraceEnabled || Magic) && Result)
{
memset(Spaces, ' ', CallLevel < CTSTACKSIZE ? CallLevel << 1 : 100);
Spaces[CallLevel < CTSTACKSIZE ? CallLevel << 1 : 100] = '\0';
StrToISOAlloc(Result, &ISOText);
if(ISOText && *ISOText) TAP_PrintNet("%s = %s\n", Spaces, ISOText);
TAP_MemFree(ISOText);
}
if(Magic && *Magic != DEFAULTMAGIC)
{
TAP_PrintNet("%sINVALID MAGIC!\n", Spaces);
*Magic = DEFAULTMAGIC;
}
CallTraceDoNotReenter = FALSE;
}