Bool32 CRLControl::CorrectWord(CSTR_rast Beg, CSTR_rast End, uint32_t * pLanguage, char* CorrWord)
{
Bool32 bRet = FALSE;
uint32_t wSizeOut;
int32_t iOut;
mcEderator.Init();
if ( mcEderator.MakeWord(Beg, End, (puchar)pLanguage) )
{
if ( CheckED(mcEderator.GetEdPool(), mcEderator.GetEdOutPool(), mcEderator.GetEdPoolSize(), &wSizeOut, &iOut) )
{
bRet = mcEderator.ExcludeToVers(wSizeOut, CorrWord);
}
}
return bRet;
}
Bool32 CRLControl::CorrectHypWord(CSTR_rast BegF, CSTR_rast EndF, uint32_t * pLanguageF, CSTR_rast BegS, CSTR_rast EndS, uint32_t * pLanguageS, char* CorrWord)
{
Bool32 bRet = FALSE;
uint32_t wSizeOut;
int32_t iOut;
mcEderator.Init();
if ( mcEderator.MakeWord(BegF, EndF, (puchar)pLanguageF) &&
mcEderator.AddWord(BegS, EndS, (puchar)pLanguageS) )
{
// Это уже делается в CheckED
//PumaMemoryToFileDumper Dmp(mcEderator.GetEdPool(), mcEderator.GetEdPoolSize(), "RLingMakeHypWord.ed");
if ( CheckED(mcEderator.GetEdPool(), mcEderator.GetEdOutPool(), mcEderator.GetEdPoolSize(), &wSizeOut, &iOut) )
{
bRet = mcEderator.ExcludeToVers(wSizeOut, CorrWord);
}
}
return bRet;
}
NTSTATUS
SrvpValidateStatusFile(
IN PVOID StatusFileData,
IN ULONG StatusFileLength,
OUT PULONG FileOffsetOfInvalidData
)
{
NTSTATUS Status;
IFI ifi;
IED ied;
PSH SHRecord;
PFI FIRecords;
PED EDRecords;
PFS FSRecords;
PFI FIRecord;
PED EDRecord;
PFS FSRecord;
PCHAR EndOfData;
//
// Validate the Status File header first
//
SHRecord = (PSH)StatusFileData;
Status = CheckSH( SHRecord );
if (!NT_SUCCESS( Status )) {
*FileOffsetOfInvalidData = 0;
return( Status );
}
//
// Compute pointers to remaining structures in status file
//
FIRecords = (PFI)(SHRecord + 1);
EDRecords = (PED)((PCHAR)FIRecords + (sizeof( FI ) *
SHRecord->ifiMac
)
);
FSRecords = (PFS)((PCHAR)EDRecords + (sizeof( ED ) *
SHRecord->iedMac
)
);
//
// Calculate the end of file and compare it against the actual file
// length. Error if different.
//
EndOfData = (PCHAR)FSRecords + (sizeof( FS ) *
SHRecord->ifiMac *
SHRecord->iedMac
);
if ((ULONG)(EndOfData - (PCHAR)StatusFileData) != StatusFileLength) {
*FileOffsetOfInvalidData = 0;
return( (NTSTATUS)((ULONG)STATUS_UNSUCCESSFUL + 0x4000) );
}
//
// Assume success for empty status files.
//
Status = STATUS_SUCCESS;
//
// Validate each file information records.
//
FIRecord = FIRecords;
for (ifi=0; ifi<SHRecord->ifiMac; ifi++) {
Status = CheckFI( FIRecord, ifi );
if (!NT_SUCCESS( Status )) {
*FileOffsetOfInvalidData = ((PCHAR)FIRecord - (PCHAR)StatusFileData);
return( Status );
}
FIRecord++;
}
//
// Validate each enlisted directory record.
//
EDRecord = EDRecords;
FSRecord = FSRecords;
for (ied=0; ied<SHRecord->iedMac; ied++) {
Status = CheckED( EDRecord, ied );
if (!NT_SUCCESS( Status )) {
*FileOffsetOfInvalidData = ((PCHAR)EDRecord - (PCHAR)StatusFileData);
return( Status );
}
EDRecord++;
}
//
// Validate set of file status records associated with each enlisted
// directory record.
//
FSRecord = FSRecords;
for (ied=0; ied<SHRecord->iedMac; ied++) {
FIRecord = FIRecords;
for (ifi=0; ifi<SHRecord->ifiMac; ifi++) {
Status = CheckFS( SHRecord,
FIRecord,
FSRecord,
ied,
ifi
);
if (!NT_SUCCESS( Status )) {
*FileOffsetOfInvalidData = ((PCHAR)FSRecord - (PCHAR)StatusFileData);
return( Status );
}
FSRecord++;
FIRecord++;
}
}
return( STATUS_SUCCESS );
}
