//---------------------------------------------------------------------------
long File::open (FilePtr _parent, unsigned long fileSize, long numChild)
{
if (_parent && (_parent->fastFile == NULL))
{
parent = _parent;
if (parent->getFileMode() != READ)
{
return(CANT_WRITE_TO_CHILD);
}
physicalLength = fileSize;
parentOffset = parent->getLogicalPosition();
logicalPosition = 0;
//-------------------------------------------------------------
fileName = parent->getFilename();
fileMode = parent->getFileMode();
handle = parent->getFileHandle();
if (logFileTraffic)
{
if (!fileTrafficLog)
{
createTrafficLog();
}
char msg[300];
sprintf(msg,"CHILD Length: %010d File: %s",fileSize,_parent->getFilename());
fileTrafficLog->writeLine(msg);
}
long result = parent->addChild(this);
if (result != NO_ERR)
return(result);
//------------------------------------------------------------
// NEW FUNCTIONALITY!!!
//
// Each file may have a number of files open as children which
// use the parent's handle for reads and writes. This would
// allow us to open a packet file and read a packet as a fitIni
// or allow us to write a packet as a fit ini and so forth.
//
// It also allows us to use the packet file extensions as tree
// files to avoid the ten thousand file syndrome.
//
// There is now an open which takes a FilePtr and a size.
//
// IF a numChild parameter is passed in as -1, we want this file in RAM!!
// This means NO CHILDREN!!!!!!!!!!!!!
if (numChild != -1)
{
maxChildren = numChild;
childList = (FilePtr *)systemHeap->Malloc(sizeof(FilePtr) * maxChildren);
gosASSERT(childList != NULL);
numChildren = 0;
for (long i=0;i<(long)maxChildren;i++)
{
childList[i] = NULL;
}
}
else
{
maxChildren = 0;
inRAM = TRUE;
unsigned long result = 0;
fileImage = (MemoryPtr)malloc(fileSize);
if (!fileImage)
inRAM = FALSE;
if (_parent->getFileClass() == PACKETFILE)
{
result = ((PacketFilePtr)_parent)->readPacket(((PacketFilePtr)_parent)->getCurrentPacket(),fileImage);
}
else
{
result = _read(handle,fileImage,fileSize);
if (result != fileSize)
lastError = errno;
}
}
}
else
{
return(PARENT_NULL);
}
return(NO_ERR);
}
//******************************************************************************************
long MasterComponent::saveEXCEL (FilePtr componentFile, unsigned char masterId, float baseSensorRange)
{
char dataLine[512];
char piece[512];
char comma[2] = ",";
if (masterID == -1)
{
//---------------------------------------
// Blank undefined line in compbas here.
sprintf(dataLine,"0,undefined,undefined,0,0,0,0,0,0,0,0,0,0,0,0,No,No,0,No,0,0,0,0,na,na,na,na,na,na,na,na,na,,,,,");
componentFile->writeLine(dataLine);
return(0);
}
//----------------------------------------------------------
// Build the dataline piece by piece
sprintf(piece,"%d",masterId);
strcpy(dataLine,piece);
strcat(dataLine,comma);
cLoadString(COMPONENT_NAME_START+masterID,name,MAXLEN_COMPONENT_NAME);
strcat(dataLine,name);
strcat(dataLine,comma);
cLoadString(COMPONENT_ABBR_START+masterID,abbreviation,MAXLEN_COMPONENT_ABBREV);
strcat(dataLine,abbreviation);
strcat(dataLine,comma);
strcat(dataLine,ComponentFormString[form]);
strcat(dataLine,comma);
sprintf(piece,"%d",size);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"1");
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%3.1f",tonnage);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",resourcePoints);
strcat(dataLine,piece);
strcat(dataLine,comma);
for (long location = 0; location < NUM_BODY_LOCATIONS; location++)
{
if (criticalSpacesReq[location] == -1)
sprintf(piece,"No");
else if (criticalSpacesReq[location] == 0)
sprintf(piece,"Yes");
else
Fatal(criticalSpacesReq[location],"Bad Data");
strcat(dataLine,piece);
strcat(dataLine,comma);
}
if (getCanVehicleUse())
sprintf(piece,"Yes");
else
sprintf(piece,"No");
strcat(dataLine,piece);
strcat(dataLine,comma);
if (getCanMechUse())
sprintf(piece,"Yes");
else
sprintf(piece,"No");
strcat(dataLine,piece);
strcat(dataLine,comma);
if (getClanTechBase() && getISTechBase())
{
sprintf(piece,"Both");
}
else if (getClanTechBase())
{
sprintf(piece,"Clan");
}
else if (getISTechBase())
{
sprintf(piece,"IS");
}
else
{
sprintf(piece,"0");
}
strcat(dataLine,piece);
strcat(dataLine,comma);
if (getCanISUse())
sprintf(piece,"Yes");
else
sprintf(piece,"No");
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"0");
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"1");
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%8.1f",CV);
strcat(dataLine,piece);
strcat(dataLine,comma);
switch (form)
{
case COMPONENT_FORM_COCKPIT:
case COMPONENT_FORM_ACTUATOR:
case COMPONENT_FORM_SIMPLE:
case COMPONENT_FORM_CASE:
case COMPONENT_FORM_POWER_AMPLIFIER:
case COMPONENT_FORM_GYROSCOPE:
case COMPONENT_FORM_LIFESUPPORT:
case COMPONENT_FORM_BULK:
default:
//----------------------
// No additional data...
sprintf(piece,"na,na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_SENSOR:
sprintf(piece,"%4.1f",float(stats.sensor.range / baseSensorRange));
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_ECM:
sprintf(piece,"%4.1f",stats.ecm.effect);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.1f",stats.ecm.range);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_JAMMER:
sprintf(piece,"%4.1f",stats.jammer.effect);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_PROBE:
sprintf(piece,"%4.1f",stats.probe.effect);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_ENGINE:
sprintf(piece,"%d",0);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_HEATSINK:
sprintf(piece,"%4.1f",stats.heatsink.dissipation);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_WEAPON_ENERGY:
sprintf(piece,"%4.1f",stats.weapon.damage);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.2f",stats.weapon.recycleTime);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.1f",stats.weapon.heat);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",0);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",WEAPON_AMMO_NONE);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%s",WeaponRangeString[stats.weapon.range]);
strcat(dataLine,piece);
strcat(dataLine,comma);
//sprintf(piece,"%d",stats.weapon.type);
//strcat(dataLine,piece);
//strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.specialEffect);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",0);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.flags);
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_WEAPON_BALLISTIC:
sprintf(piece,"%4.1f",stats.weapon.damage);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.2f",stats.weapon.recycleTime);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.1f",stats.weapon.heat);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.ammoAmount);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.ammoType);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%s",WeaponRangeString[stats.weapon.range]);
strcat(dataLine,piece);
strcat(dataLine,comma);
// sprintf(piece,"%d",stats.weapon.type);
// strcat(dataLine,piece);
// strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.specialEffect);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.flags);
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_WEAPON_MISSILE:
sprintf(piece,"%4.1f",stats.weapon.damage);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.2f",stats.weapon.recycleTime);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%4.1f",stats.weapon.heat);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.ammoAmount);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.ammoType);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%s",WeaponRangeString[stats.weapon.range]);
strcat(dataLine,piece);
strcat(dataLine,comma);
// sprintf(piece,"%d",stats.weapon.type);
// strcat(dataLine,piece);
// strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.specialEffect);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%d",stats.weapon.flags);
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_AMMO:
sprintf(piece,"%d",stats.ammo.ammoPerTon);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"%6.1f",stats.ammo.explosiveDamage);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
case COMPONENT_FORM_JUMPJET:
sprintf(piece,"%6.2f",stats.jumpjet.rangeMod);
strcat(dataLine,piece);
strcat(dataLine,comma);
sprintf(piece,"na,na,na,na,na,na,na,na,,,,,");
strcat(dataLine,piece);
strcat(dataLine,comma);
break;
}
return(NO_ERR);
}
//---------------------------------------------------------------------------
long File::open (const char* fName, FileMode _mode, long numChild)
{
gosASSERT( !isOpen() );
//-------------------------------------------------------------
long fNameLength = strlen(fName);
fileName = (char *)systemHeap->Malloc(fNameLength+1);
gosASSERT(fileName != NULL);
strncpy(fileName,fName,fNameLength+1);
fileMode = _mode;
_fmode = _O_BINARY;
_strlwr(fileName);
if (fileMode == CREATE)
{
handle = _creat(fileName,_S_IWRITE);
if (handle == INVALID_HANDLE_VALUE)
{
lastError = errno;
return lastError;
}
}
else
{
//----------------------------------------------------------------
//-- First, see if file is in normal place. Useful for patches!!
handle = _open(fileName,_O_RDONLY);
//------------------------------------------
//-- Next, see if file is in fastFile.
if (handle == INVALID_HANDLE_VALUE)
{
lastError = errno;
fastFile = FastFileFind(fileName,fastFileHandle);
if (!fastFile)
{
//Not in main installed directory and not in fastfile. Look on CD.
char actualPath[2048];
strcpy(actualPath,CDInstallPath);
strcat(actualPath,fileName);
handle = _open(actualPath,_O_RDONLY);
if (handle == INVALID_HANDLE_VALUE)
{
bool openFailed = false;
bool alreadyFullScreen = (Environment.fullScreen != 0);
while (handle == INVALID_HANDLE_VALUE)
{
openFailed = true;
//OK, check to see if the CD is actually present.
// Do this by checking for tgl.fst on the CD Path.
// If its there, the CD is present BUT the file is missing.
// MANY files in MechCommander 2 are LEGALLY missing!
// Tell it to the art staff.
char testCDPath[2048];
strcpy(testCDPath,CDInstallPath);
strcat(testCDPath,"tgl.fst");
DWORD findCD = fileExists(testCDPath);
if (findCD == 1) //File exists. CD is in drive. Return 2 to indicate file not found.
return 2;
EnterWindowMode();
char data[2048];
sprintf(data,FileMissingString,fileName,CDMissingString);
DWORD result1 = MessageBox(NULL,data,MissingTitleString,MB_OKCANCEL | MB_ICONWARNING);
if (result1 == IDCANCEL)
{
ExitGameOS();
return (2); //File not found. Never returns though!
}
handle = _open(actualPath,_O_RDONLY);
}
if (openFailed && (Environment.fullScreen == 0) && alreadyFullScreen)
EnterFullScreenMode();
}
else
{
if (logFileTraffic && (handle != INVALID_HANDLE_VALUE))
{
if (!fileTrafficLog)
{
createTrafficLog();
}
char msg[300];
sprintf(msg,"CFHandle Length: %010d File: %s",fileSize(),fileName);
fileTrafficLog->writeLine(msg);
}
setup();
//------------------------------------------------------------
// NEW FUNCTIONALITY!!!
//
// Each file may have a number of files open as children which
// use the parent's handle for reads and writes. This would
// allow us to open a packet file and read a packet as a fitIni
// or allow us to write a packet as a fit ini and so forth.
//
// It also allows us to use the packet file extensions as tree
// files to avoid the ten thousand file syndrome.
//
// There is now an open which takes a FilePtr and a size.
maxChildren = numChild;
childList = (FilePtr *)systemHeap->Malloc(sizeof(FilePtr) * maxChildren);
if (!childList)
{
return(NO_RAM_FOR_CHILD_LIST);
}
numChildren = 0;
for (long i=0;i<(long)maxChildren;i++)
{
childList[i] = NULL;
}
return (NO_ERR);
}
}
if (logFileTraffic)
{
if (!fileTrafficLog)
{
createTrafficLog();
}
char msg[300];
sprintf(msg,"FASTF Length: %010d File: %s",fileSize(),fileName);
fileTrafficLog->writeLine(msg);
}
//---------------------------------------------------------------------
//-- FastFiles are all compressed. Must read in entire chunk into RAM
//-- Then close fastfile!!!!!
inRAM = TRUE;
fileImage = (unsigned char *)malloc(fileSize());
if (fileImage)
{
fastFile->readFast(fastFileHandle,fileImage,fileSize());
physicalLength = getLength();
//------------------------------------
//-- Image is in RAM. Shut the file.
//fastFile->closeFast(fastFileHandle);
//fastFile = NULL;
//fastFileHandle = -1;
logicalPosition = 0;
}
return NO_ERR;
}
else
{
if (logFileTraffic && (handle != INVALID_HANDLE_VALUE))
{
if (!fileTrafficLog)
{
createTrafficLog();
}
char msg[300];
sprintf(msg,"CFHandle Length: %010d File: %s",fileSize(),fileName);
fileTrafficLog->writeLine(msg);
}
setup();
//------------------------------------------------------------
// NEW FUNCTIONALITY!!!
//
// Each file may have a number of files open as children which
// use the parent's handle for reads and writes. This would
// allow us to open a packet file and read a packet as a fitIni
// or allow us to write a packet as a fit ini and so forth.
//
// It also allows us to use the packet file extensions as tree
// files to avoid the ten thousand file syndrome.
//
// There is now an open which takes a FilePtr and a size.
maxChildren = numChild;
childList = (FilePtr *)systemHeap->Malloc(sizeof(FilePtr) * maxChildren);
if (!childList)
{
return(NO_RAM_FOR_CHILD_LIST);
}
numChildren = 0;
for (long i=0;i<(long)maxChildren;i++)
{
childList[i] = NULL;
}
return (NO_ERR);
}
}
return(NO_ERR);
}
