/* %%Function:CommAllELOF %%Owner:bradch */
CommAllELOF()
{
struct ELOF ** hELOF;
int stm;
CommSzNum("Displaying all ELOF's, 1 through ", stmLast);
for (stm = stmMin; stm < stmMax; stm++)
{
CommSzNum(" ELOF number ", stm);
hELOF = mpstmM1hELOF[stm - 1];
if (hELOF == hNil)
{
CommSz(" hELOF is hNil.\r\n");
}
else
{
CommSzNum(" hFile=", (*hELOF)->hFile);
CommSzNum(" ofs.fFixedDisk=", (unsigned) (*hELOF)->ofs.fFixedDisk);
CommSzNum(" ofs.nErrCode=", (*hELOF)->ofs.nErrCode);
CommSzSz(" ofs.szFile=", (*hELOF)->ofs.szFile);
switch ((*hELOF)->wMode)
{
case OF_READ:
CommSz(" wMode=OF_READ\r\n");
break;
case OF_WRITE:
CommSz(" wMode=OF_WRITE\r\n");
break;
default:
CommSz(" wMode=unknown...\r\n");
break;
}
CommSzLong(" lcch=", (*hELOF)->lcch);
}
}
}
/* %%Function:FInitCvt %%Owner:peterj */
BOOL FInitCvt()
{
BOOL fRetry = fTrue;
LRetry:
if (vhsttbCvt == hNil)
{
int i, iMac;
BOOL fValid;
CHAR *pchApnd, *pchApndSv;
int cch;
CHAR szKey[ichMaxCvtKey];
CHAR szBuf[ichMaxCvt];
if ((vhsttbCvt = HsttbInit(0, fTrue/*fExt*/)) == hNil)
return fFalse;
Assert(cbCvtNum < ichMaxCvtKey);
bltbx((CHAR FAR *) szCvtNum, (CHAR FAR *) szKey, cbCvtNum);
iMac = GetProfileInt((CHAR FAR *) szApp, (CHAR FAR *) szKey, 0);
bltbx((CHAR FAR *) szCvt, (CHAR FAR *) szKey, cbCvt);
if (iMac >= 0)
{
pchApndSv = szKey + cbCvt - 1;
for (i = 0; i < iMac; i++)
{
pchApnd = pchApndSv;
CchIntToPpch(i + 1, &pchApnd);
*pchApnd = '\0';
cch = GetProfileString((CHAR FAR *) szApp,
(CHAR FAR *) szKey,
(CHAR FAR *) szEmpty,
(CHAR FAR *) szBuf, ichMaxCvt);
#ifdef SHOWCVT
CommSzSz(SzShared("Converter String Read: "), szBuf);
#endif
if ((cch = CchStripString(szBuf, cch)) == 0 ||
ItMaxInSz(szBuf) < itCvtExtMin)
{
continue;
}
SzToStInPlace(szBuf);
if (IbstAddStToSttb(vhsttbCvt, szBuf) == ibstNil)
break;
}
}
}
if (vhsttbCvt != hNil && (*vhsttbCvt)->ibstMac == 0 && vpexcr == NULL
&& fRetry)
{
BOOL fAnyFound;
struct EXCR excr;
fRetry = fFalse;
InitExcr(&excr);
fAnyFound = FFindOtherConvtrs();
FreeExcr(&excr);
if (fAnyFound)
{
FreePh(&vhsttbCvt);
goto LRetry;
}
}
return fTrue;
}
