bool RawData::Open(wxString filename)
{
wxFile f;
void *tempbuffer;
uint bytesread = 0,
buffer_size = 0;
wxString ext;
bool ret;
ret = false;
if (f.Open(filename))
{
if (IsLoaded())
Close();
m_header_offset = 0;
buffer_size = (uint)f.Length();
tempbuffer = m_buffer.GetWriteBuf(buffer_size);
if (tempbuffer != 0)
bytesread = (uint)f.Read(tempbuffer, buffer_size);
f.Close();
if (bytesread == buffer_size)
{
m_buffer.UngetWriteBuf(buffer_size);
rawdata_filename.Assign(filename);
ext = filename.AfterLast('.');
ext = ext.Lower();
if (ext == "com")
SetFileType(COM);
else if (ext == "rom")
{
SetFileType(ROM);
}
else if (!SetFileType(BIN))
SetFileType(UNKNOWN);
ret = true;
}
else
m_buffer.SetDataLen(0);
}
#ifdef IDZ80DEBUG
if (ret)
LogIt(wxString::Format("File opened is %s.\n",filename.c_str()));
else
LogIt("File not found !\n");
#endif
return ret;
}
bool gstTXTTable::SetFileType(const char* ftype) {
if (!strcasecmp(ftype, "delimited")) {
SetFileType(Delimited);
} else if (!strcasecmp(ftype, "fixedwidth")) {
SetFileType(FixedWidth);
} else {
return false;
}
return true;
}
void RawData::SetStrFileType(const wxString &str_type)
{
str_type.Upper();
if (str_type == "COM")
SetFileType(COM);
else if (str_type == "ROM")
SetFileType(ROM);
else if (str_type == "BIN")
SetFileType(BIN);
else
SetFileType(UNKNOWN);
}
void CAbstractFile::SetFileName(LPCTSTR pszFileName, bool bReplaceInvalidFileSystemChars, bool bAutoSetFileType, bool bRemoveControlChars)
{
m_strFileName = pszFileName;
if (bReplaceInvalidFileSystemChars){
m_strFileName.Replace(_T('/'), _T('-'));
m_strFileName.Replace(_T('>'), _T('-'));
m_strFileName.Replace(_T('<'), _T('-'));
m_strFileName.Replace(_T('*'), _T('-'));
m_strFileName.Replace(_T(':'), _T('-'));
m_strFileName.Replace(_T('?'), _T('-'));
m_strFileName.Replace(_T('\"'), _T('-'));
m_strFileName.Replace(_T('\\'), _T('-'));
m_strFileName.Replace(_T('|'), _T('-'));
}
if (bAutoSetFileType)
SetFileType(GetFileTypeByName(m_strFileName));
if (bRemoveControlChars){
for (int i = 0; i < m_strFileName.GetLength(); )
if (m_strFileName.GetAt(i) <= '\x1F')
m_strFileName.Delete(i);
else
i++;
}
}
gstTXTTable::gstTXTTable(const char* n)
: gstTable(n),
file_descriptor_(-1) {
SetFileType(Undefined);
status_ = GST_UNKNOWN;
skip_rows_ = 0;
}
CCollectionFile::CCollectionFile(CFileDataIO* in_data)
{
UINT tagcount = in_data->ReadUInt32();
for (UINT i = 0; i < tagcount; i++)
{
CTag* toadd = new CTag(in_data, true);
if (toadd)
taglist.Add(toadd);
}
CTag* pTagHash = GetTag(FT_FILEHASH);
if(pTagHash)
SetFileHash(pTagHash->GetHash());
else
ASSERT(0);
// here we have two choices
// - if the server/client sent us a filetype, we could use it (though it could be wrong)
// - we always trust our filetype list and determine the filetype by the extension of the file
//
// if we received a filetype from server, we use it.
// if we did not receive a filetype, we determine it by examining the file's extension.
//
// but, in no case, we will use the receive file type when adding this search result to the download queue, to avoid
// that we are using 'wrong' file types in part files. (this has to be handled when creating the part files)
const CString& rstrFileType = GetStrTagValue(FT_FILETYPE);
SetFileName(GetStrTagValue(FT_FILENAME), false, rstrFileType.IsEmpty());
SetFileSize(GetIntTagValue(FT_FILESIZE));
if (!rstrFileType.IsEmpty())
{
if (_tcscmp(rstrFileType, _T(ED2KFTSTR_PROGRAM))==0)
{
CString strDetailFileType = GetFileTypeByName(GetFileName());
if (!strDetailFileType.IsEmpty())
SetFileType(strDetailFileType);
else
SetFileType(rstrFileType);
}
else
SetFileType(rstrFileType);
}
if(!GetFileSize() || !GetFileName().Compare(_T("")))
ASSERT(0);
}
RawData::RawData(LogWindow *logparent)
{
m_buffer.SetDataLen(0);
SetFileType(UNKNOWN);
m_header_offset = 0;
m_cartridge = 0;
m_binheader = 0;
m_iscartridge = false;
m_isbasic = false;
ModuleName = "RawData";
SetTextLog(logparent);
}
void RawData::Clear()
{
if (m_cartridge != 0)
{
delete m_cartridge;
m_cartridge = 0;
}
if (m_binheader != 0)
{
delete m_binheader;
m_binheader = 0;
}
memset(m_buffer.GetData(), '\0', m_buffer.GetDataLen());
m_buffer.SetBufSize(0);
rawdata_filename.Clear();
SetFileType(UNKNOWN);
m_isbasic = false;
}
OSErr TShioTimeValue::ReadTimeValues (char *path, short format, short unitsIfKnownInAdvance)
{
// code goes here, use unitsIfKnownInAdvance to tell if we're coming from a location file,
// if not and it's a heights file ask if progressive or standing wave (add new field or track as 'P')
//#pragma unused(unitsIfKnownInAdvance)
char strLine[kMaxKeyedLineLength];
long i,numValues;
double value1, value2, magnitude, degrees;
CHARH f = 0;
DateTimeRec time;
TimeValuePair pair;
OSErr err = noErr,scanErr;
long lineNum = 0;
char *p;
long numScanned;
double value, stationLat, stationLon;
CONTROLVAR DatumControls;
if (err = OSSMTimeValue_c::InitTimeFunc()) return err;
timeValues = 0;
fileName[0] = 0;
if (!path) return -1;
strcpy(strLine, path);
SplitPathFile(strLine, this->fileName);
err = ReadFileContents(TERMINATED, 0, 0, path, 0, 0, &f);
if(err) { TechError("TShioTimeValue::ReadTimeValues()", "ReadFileContents()", 0); return -1; }
lineNum = 0;
// first line
if(!(p = GetKeyedLine(f, "[StationInfo]",lineNum++,strLine))) goto readError;
// 2nd line
if(!(p = GetKeyedLine(f, "Type=",lineNum++,strLine))) goto readError;
switch(p[0])
{
//case 'c': case 'C': this->fStationType = 'C'; break;
//case 'h': case 'H': this->fStationType = 'H'; break;
//case 'p': case 'P': this->fStationType = 'P'; // for now assume progressive waves selected in file, maybe change to user input
case 'c': case 'C':
this->fStationType = 'C'; break;
case 'h': case 'H':
this->fStationType = 'H';
{
// if not a location file, Ask user if this is a progressive or standing wave
// also ask for scale factor here
/*if (unitsIfKnownInAdvance==kFudgeFlag)
{
short buttonSelected;
buttonSelected = MULTICHOICEALERT(1690,"The file you selected is a shio heights file. Are you sure you want to treat it as a progressive wave?",TRUE);
switch(buttonSelected){
case 1:// continue, treat as progressive wave
this->fStationType = 'P';
break;
case 3: // cancel
//return 0;// leave as standing wave?
return -1;
break;
}
//printNote("The shio heights file will be treated as a progressive wave file");
//this->fStationType = 'P';
}*/
if (unitsIfKnownInAdvance!=-2) // not a location file
{
Boolean bStandingWave = true;
float scaleFactor = fScaleFactor;
err = ShioHtsDialog(&bStandingWave,&scaleFactor,mapWindow);
if (!err)
{
if (!bStandingWave) this->fStationType = 'P';
//this->fScaleFactor = scaleFactor;
}
}
}
break;
case 'p': case 'P':
this->fStationType = 'P'; // for now assume progressive waves selected in file, maybe change to user input
//printError("You have selected a SHIO heights file. Only SHIO current files can be used in GNOME.");
//return -1;
break; // Allow heights files to be read in 9/18/00
default: goto readError;
}
// 3nd line
if(!(p = GetKeyedLine(f, "Name=",lineNum++,strLine))) goto readError;
strncpy(this->fStationName,p,MAXSTATIONNAMELEN);
this->fStationName[MAXSTATIONNAMELEN-1] = 0;
//
if(err = this->GetKeyedValue(f,"Latitude=",lineNum++,strLine,&stationLat)) goto readError;
if(err = this->GetKeyedValue(f,"Longitude=",lineNum++,strLine,&stationLon)) goto readError;
this->fStationPosition.p.pLat = stationLat * 1000000;
this->fStationPosition.p.pLong = stationLon * 1000000;
//
if(!(p = GetKeyedLine(f, "[Constituents]",lineNum++,strLine))) goto readError;
// code goes here in version 1.2.7 these lines won't be required for height files, but should still allow old format
//if(err = this->GetKeyedValue(f,"DatumControls.datum=",lineNum++,strLine,&this->fConstituent.DatumControls.datum)) goto readError;
if(err = this->GetKeyedValue(f,"DatumControls.datum=",lineNum++,strLine,&this->fConstituent.DatumControls.datum))
{
if(this->fStationType=='h' || this->fStationType=='H')
{
lineNum--; // possibly new Shio output which eliminated the unused datumcontrols for height files
goto skipDatumControls;
}
else
{
goto readError;
}
}
if(err = this->GetKeyedValue(f,"DatumControls.FDir=",lineNum++,strLine,&this->fConstituent.DatumControls.FDir)) goto readError;
if(err = this->GetKeyedValue(f,"DatumControls.EDir=",lineNum++,strLine,&this->fConstituent.DatumControls.EDir)) goto readError;
if(err = this->GetKeyedValue(f,"DatumControls.L2Flag=",lineNum++,strLine,&this->fConstituent.DatumControls.L2Flag)) goto readError;
if(err = this->GetKeyedValue(f,"DatumControls.HFlag=",lineNum++,strLine,&this->fConstituent.DatumControls.HFlag)) goto readError;
if(err = this->GetKeyedValue(f,"DatumControls.RotFlag=",lineNum++,strLine,&this->fConstituent.DatumControls.RotFlag)) goto readError;
skipDatumControls:
if(err = this->GetKeyedValue(f,"H=",lineNum++,strLine,&this->fConstituent.H)) goto readError;
if(err = this->GetKeyedValue(f,"kPrime=",lineNum++,strLine,&this->fConstituent.kPrime)) goto readError;
if(!(p = GetKeyedLine(f, "[Offset]",lineNum++,strLine))) goto readError;
switch(this->fStationType)
{
case 'c': case 'C':
if(err = this->GetKeyedValue(f,"MinBefFloodTime=",lineNum++,strLine,&this->fCurrentOffset.MinBefFloodTime)) goto readError;
if(err = this->GetKeyedValue(f,"FloodTime=",lineNum++,strLine,&this->fCurrentOffset.FloodTime)) goto readError;
if(err = this->GetKeyedValue(f,"MinBefEbbTime=",lineNum++,strLine,&this->fCurrentOffset.MinBefEbbTime)) goto readError;
if(err = this->GetKeyedValue(f,"EbbTime=",lineNum++,strLine,&this->fCurrentOffset.EbbTime)) goto readError;
if(err = this->GetKeyedValue(f,"FloodSpdRatio=",lineNum++,strLine,&this->fCurrentOffset.FloodSpdRatio)) goto readError;
if(err = this->GetKeyedValue(f,"EbbSpdRatio=",lineNum++,strLine,&this->fCurrentOffset.EbbSpdRatio)) goto readError;
if(err = this->GetKeyedValue(f,"MinBFloodSpd=",lineNum++,strLine,&this->fCurrentOffset.MinBFloodSpd)) goto readError;
if(err = this->GetKeyedValue(f,"MinBFloodDir=",lineNum++,strLine,&this->fCurrentOffset.MinBFloodDir)) goto readError;
if(err = this->GetKeyedValue(f,"MaxFloodSpd=",lineNum++,strLine,&this->fCurrentOffset.MaxFloodSpd)) goto readError;
if(err = this->GetKeyedValue(f,"MaxFloodDir=",lineNum++,strLine,&this->fCurrentOffset.MaxFloodDir)) goto readError;
if(err = this->GetKeyedValue(f,"MinBEbbSpd=",lineNum++,strLine,&this->fCurrentOffset.MinBEbbSpd)) goto readError;
if(err = this->GetKeyedValue(f,"MinBEbbDir=",lineNum++,strLine,&this->fCurrentOffset.MinBEbbDir)) goto readError;
if(err = this->GetKeyedValue(f,"MaxEbbSpd=",lineNum++,strLine,&this->fCurrentOffset.MaxEbbSpd)) goto readError;
if(err = this->GetKeyedValue(f,"MaxEbbDir=",lineNum++,strLine,&this->fCurrentOffset.MaxEbbDir)) goto readError;
SetFileType(SHIOCURRENTSFILE);
break;
case 'h': case 'H':
if(err = this->GetKeyedValue(f,"HighTime=",lineNum++,strLine,&this->fHeightOffset.HighTime)) goto readError;
if(err = this->GetKeyedValue(f,"LowTime=",lineNum++,strLine,&this->fHeightOffset.LowTime)) goto readError;
if(err = this->GetKeyedValue(f,"HighHeight_Mult=",lineNum++,strLine,&this->fHeightOffset.HighHeight_Mult)) goto readError;
if(err = this->GetKeyedValue(f,"HighHeight_Add=",lineNum++,strLine,&this->fHeightOffset.HighHeight_Add)) goto readError;
if(err = this->GetKeyedValue(f,"LowHeight_Mult=",lineNum++,strLine,&this->fHeightOffset.LowHeight_Mult)) goto readError;
if(err = this->GetKeyedValue(f,"LowHeight_Add=",lineNum++,strLine,&this->fHeightOffset.LowHeight_Add)) goto readError;
SetFileType(SHIOHEIGHTSFILE);
break;
case 'p': case 'P':
if(err = this->GetKeyedValue(f,"HighTime=",lineNum++,strLine,&this->fHeightOffset.HighTime)) goto readError;
if(err = this->GetKeyedValue(f,"LowTime=",lineNum++,strLine,&this->fHeightOffset.LowTime)) goto readError;
if(err = this->GetKeyedValue(f,"HighHeight_Mult=",lineNum++,strLine,&this->fHeightOffset.HighHeight_Mult)) goto readError;
if(err = this->GetKeyedValue(f,"HighHeight_Add=",lineNum++,strLine,&this->fHeightOffset.HighHeight_Add)) goto readError;
if(err = this->GetKeyedValue(f,"LowHeight_Mult=",lineNum++,strLine,&this->fHeightOffset.LowHeight_Mult)) goto readError;
if(err = this->GetKeyedValue(f,"LowHeight_Add=",lineNum++,strLine,&this->fHeightOffset.LowHeight_Add)) goto readError;
SetFileType(PROGRESSIVETIDEFILE);
break;
}
if(f) DisposeHandle((Handle)f); f = nil;
return 0;
readError:
if(f) DisposeHandle((Handle)f); f = nil;
sprintf(strLine,"Error reading SHIO time file %s on line %ld",this->fileName,lineNum);
printError(strLine);
this->Dispose();
return -1;
Error:
if(f) DisposeHandle((Handle)f); f = nil;
return -1;
}
/* AddFile - create a named file buffer
*
* Create and initialize a named buffer. The contents are initially
* empty.
*
* p character pointer to name
*
* returns file handle to internal file structure
*/
PFILE
AddFile (
char *p
) {
PFILE pFileTmp;
PFILE pFileSrch;
#ifdef DEBUG
/*
* assert we're not attempting to add a duplicate entry
*/
for (pFileTmp = pFileHead;
pFileTmp != NULL;
pFileTmp = pFileTmp->pFileNext) {
assert (_stricmp ((char *)(pFileTmp->pName), p));
}
#endif
pFileTmp = (PFILE) ZEROMALLOC (sizeof (*pFileTmp));
#ifdef DEBUG
pFileTmp->id = ID_PFILE;
#endif
pFileTmp->pName = ZMakeStr (p);
/*
* Everything that we explicitly set NULL, we can assume, as LMAlloc init's
* the allocated PFILE to all nulls.
*
* pFileTmp->pFileNext = NULL;
* pFileTmp->cLines = 0;
* pFileTmp->refCount = 0;
* FLAGS(pFileTmp) = FALSE;
* pFileTmp->cUndo = 0;
*/
pFileTmp->plr = NULL;
pFileTmp->pbFile = NULL;
pFileTmp->vaColor = (PVOID)(-1L);
pFileTmp->vaHiLite = (PVOID)(-1L);
pFileTmp->vaMarks = NULL;
pFileTmp->vaUndoCur = pFileTmp->vaUndoHead = pFileTmp->vaUndoTail = (PVOID)(-1L);
CreateUndoList (pFileTmp);
/*
* Place the file at the end of the pFile list
*/
if (pFileHead == NULL) {
pFileHead = pFileTmp;
} else {
for (pFileSrch = pFileHead;
pFileSrch->pFileNext;
pFileSrch = pFileSrch->pFileNext) {
;
}
pFileSrch->pFileNext = pFileTmp;
}
SetFileType (pFileTmp);
return pFileTmp;
}
void HMQHashInit(HANDLE hMPQ)
{
hmqHashSize=128;
for(int size=(SFileGetFileInfo(hMPQ,SFILE_INFO_NUM_FILES)+54)<<1; hmqHashSize<size; hmqHashSize<<=1)
;
hmqHashFactor=hmqHashSize-1;
hmqHashSize<<=1;
hmqHashString=(char**)Calloc(hmqHashSize*28);
hmqFileType=(char*)(hmqHashString+hmqHashSize);
hmqReadFile=(char*)(hmqFileType+hmqHashSize);
bufferFile=(char**)(hmqReadFile+hmqHashSize);
bufferFileName=(char**)(bufferFile+hmqHashSize);
bufferFileSize=(int*)(bufferFileName+hmqHashSize);
bufferNeedRemove=(bool*)(bufferFileSize+hmqHashSize);
bufferFileCount=0;
bufferFinishCount=0;
SetFileType("(attributes)",1);
SetFileType("war3map.imp",2);
SetFileType("war3campaign.imp",2);
SetFileType("war3map.w3c",2);
SetFileType("war3map.w3s",2);
SetFileType("war3map.w3r",2);
SetFileType("war3map.wct",2);
SetFileType("war3map.wtg",2);
SetFileType("war3mapunits.doo",2);
SetFileType("(listfile)",3);
SetFileType("war3map.wts",3);
SetFileType("war3campaign.wts",3);
SetFileType("war3map.w3i",3);
SetFileType("war3map.doo",3);
SetFileType("war3map.w3u",3);
SetFileType("war3map.w3t",3);
SetFileType("war3map.w3b",3);
SetFileType("war3map.w3d",3);
SetFileType("war3map.w3a",3);
SetFileType("war3map.w3h",3);
SetFileType("war3map.w3q",3);
SetFileType("war3campaign.w3u",3);
SetFileType("war3campaign.w3t",3);
SetFileType("war3campaign.w3b",3);
SetFileType("war3campaign.w3d",3);
SetFileType("war3campaign.w3a",3);
SetFileType("war3campaign.w3h",3);
SetFileType("war3campaign.w3q",3);
SetFileType("war3map.j",3);
SetFileType("scripts\\war3map.j",3);
SetFileType("war3mapskin.txt",3);
SetFileType("war3mapmisc.txt",3);
if (OPT_UNIT)
{
SetFileType("units\\campaignunitfunc.txt",4);
SetFileType("units\\campaignunitstrings.txt",4);
SetFileType("units\\humanunitfunc.txt",4);
SetFileType("units\\humanunitstrings.txt",4);
SetFileType("units\\neutralunitfunc.txt",4);
SetFileType("units\\neutralunitstrings.txt",4);
SetFileType("units\\nightelfunitfunc.txt",4);
SetFileType("units\\nightelfunitstrings.txt",4);
SetFileType("units\\orcunitfunc.txt",4);
SetFileType("units\\orcunitstrings.txt",4);
SetFileType("units\\undeadunitfunc.txt",4);
SetFileType("units\\undeadunitstrings.txt",4);
SetFileType("units\\unitabilities.slk",4);
SetFileType("units\\unitbalance.slk",4);
SetFileType("units\\unitdata.slk",4);
SetFileType("units\\unitweapons.slk",4);
SetFileType("units\\unitui.slk",4);
}
if (OPT_ITEM)
{
SetFileType("units\\itemdata.slk",4);
SetFileType("units\\itemfunc.txt",4);
SetFileType("units\\itemstrings.txt",4);
}
if (OPT_DEST)
SetFileType("units\\destructabledata.slk",4);
if (OPT_DOOD)
SetFileType("doodads\\doodads.slk",4);
if (OPT_ABIL)
{
SetFileType("units\\abilitydata.slk",4);
SetFileType("units\\abilitybuffdata.slk",4);
SetFileType("units\\campaignabilityfunc.txt",4);
SetFileType("units\\campaignabilitystrings.txt",4);
SetFileType("units\\commonabilityfunc.txt",4);
SetFileType("units\\commonabilitystrings.txt",4);
SetFileType("units\\humanabilityfunc.txt",4);
SetFileType("units\\humanabilitystrings.txt",4);
SetFileType("units\\itemabilityfunc.txt",4);
SetFileType("units\\itemabilitystrings.txt",4);
SetFileType("units\\neutralabilityfunc.txt",4);
SetFileType("units\\neutralabilitystrings.txt",4);
SetFileType("units\\nightelfabilityfunc.txt",4);
SetFileType("units\\nightelfabilitystrings.txt",4);
SetFileType("units\\orcabilityfunc.txt",4);
SetFileType("units\\orcabilitystrings.txt",4);
SetFileType("units\\undeadabilityfunc.txt",4);
SetFileType("units\\undeadabilitystrings.txt",4);
}
if (OPT_UPGR)
{
SetFileType("units\\campaignupgradefunc.txt",4);
SetFileType("units\\campaignupgradestrings.txt",4);
SetFileType("units\\humanupgradefunc.txt",4);
SetFileType("units\\humanupgradestrings.txt",4);
SetFileType("units\\neutralupgradefunc.txt",4);
SetFileType("units\\neutralupgradestrings.txt",4);
SetFileType("units\\nightelfupgradefunc.txt",4);
SetFileType("units\\nightelfupgradestrings.txt",4);
SetFileType("units\\orcupgradefunc.txt",4);
SetFileType("units\\orcupgradestrings.txt",4);
SetFileType("units\\undeadupgradefunc.txt",4);
SetFileType("units\\undeadupgradestrings.txt",4);
SetFileType("units\\upgradedata.slk",4);
}
}
bool RawData::CheckCartridge()
{
SetFileType(ROM);
return m_iscartridge;
}
