/////////////////////////////////////////////////
// Find-File
TFFile::TFFile(const TStr& FNmWc, const bool& _RecurseP):
FPathV(), FExtV(), FBaseWc(),
CsImpP(false), RecurseP(_RecurseP), FPathN(0-1),
FFileDesc(TFFileDesc::New()), SubFFile(), CurFNm(), CurFNmN(0-1){
// prepare file-base-name wild-card
FBaseWc=FNmWc.GetFBase(); if (!CsImpP){FBaseWc.ToUc();}
// get & assign file-name
TStr FPath=FNmWc.GetFPath();
FPathV.Add(TStr::GetNrFPath(FPath));
}
PTransCorpus TTransCorpus::LoadEP(const TStr& InOrgFPath, const TStr& InTransFPath) {
// prepare prset structures
PTransCorpus TransCorpus = TTransCorpus::New();
// iterate over all the files
TStr NrmInTransFPath = TStr::GetNrAbsFPath(InTransFPath);
TFFile OrgFNms(InOrgFPath, "txt", false); TStr OrgFNm;
int SentId = 0;
while (OrgFNms.Next(OrgFNm)) {
// get name of the file with aligned sentences
TStr TransFNm = NrmInTransFPath + OrgFNm.GetFBase();
IAssertR(TFile::Exists(TransFNm), TransFNm);
// load file
printf("Loading %s and %s ...\r", OrgFNm.CStr(), TransFNm.CStr());
TLnRet OrgLnRet(TFIn::New(OrgFNm));
TLnRet TransLnRet(TFIn::New(TransFNm));
TStr OrgLn, TransLn; int LnN = 1; bool EmptyLnP = false;
while (OrgLnRet.NextLn(OrgLn)) {
if (!TransLnRet.NextLn(TransLn)) {
printf("\nEarly stop in line (%s:%s)[%d]\n", OrgLn.CStr(), TransLn.CStr(), LnN);
break; // first file finished, let's stop
}
if (OrgLn.Empty() || TransFNm.Empty()) {
// skip empty line and skip till
EmptyLnP = true;
} else if (OrgLn[0] == '<' || TransLn[0] == '<') {
if (TransLn[0] != OrgLn[0]) {
printf("\nError in line (%s:%s)[%d]\n", OrgLn.CStr(), TransLn.CStr(), LnN);
break; // we stop, lines not aligned anymore ...
}
// reset the empty count
EmptyLnP = false;
// skip XML tags
} else if (!EmptyLnP) {
// aligned sentence!
TransCorpus->AddSentenceNoTrans(SentId,
OrgLn.ToTrunc(), TransLn.ToTrunc());
SentId++;
}
LnN++;
}
}
printf("\nDone!\n");
// finish
return TransCorpus;
}
void TCpDoc::SaveTBsToCpd(
const TStr& InTBsFNm, const TStr& OutCpdFNm, const int& /*MxDocs*/){
// open input text-base
TStr TxtBsNm=InTBsFNm.GetFBase();
TStr TxtBsFPath=InTBsFNm.GetFPath();
PTxtBs TxtBs=TTxtBs::New(TxtBsNm, TxtBsFPath, faRdOnly);
// create output file
PSOut SOut=TFOut::New(OutCpdFNm);
// traverse input documents
TBlobPt TrvBlobPt=TxtBs->FFirstDocId(); TBlobPt DocId;
int DocN=0; TStr DocNm; TStr DocStr;
while (TxtBs->FNextDocId(TrvBlobPt, DocId)){
DocN++; if (DocN%100==0){printf("%d docs\r", DocN);}
// get document data
TxtBs->GetDocNmStr(DocId, DocNm, DocStr);
// create cpd document
PCpDoc CpDoc=TCpDoc::New();
CpDoc->DocNm=DocNm;
CpDoc->ParStrV.Add(DocStr, 1);
// save cpd document
CpDoc->Save(*SOut);
}
}
PBowDocBs TBowFl::LoadTBsTxt(
const TStr& TBsFNm, const int& MxDocs,
const TStr& SwSetTypeNm, const TStr& StemmerTypeNm,
const int& MxNGramLen, const int& MnNGramFq){
// prepare stop-words
PSwSet SwSet=TSwSet::GetSwSet(SwSetTypeNm);
// prepare stemmer
PStemmer Stemmer=TStemmer::GetStemmer(StemmerTypeNm);
// create ngrams
PNGramBs NGramBs;
if (!((MxNGramLen==1)&&(MnNGramFq==1))){
NGramBs=TNGramBs::GetNGramBsFromTBs(
TBsFNm, MxDocs,
MxNGramLen, MnNGramFq, SwSet, Stemmer);
}
// create document-base
PBowDocBs BowDocBs=TBowDocBs::New(SwSet, Stemmer, NGramBs);
// open input text-base
TStr TxtBsNm=TBsFNm.GetFBase();
TStr TxtBsFPath=TBsFNm.GetFPath();
PTxtBs TxtBs=TTxtBs::New(TxtBsNm, TxtBsFPath, faRdOnly);
// traverse documents
TBlobPt TxtBsTrvBlobPt=TxtBs->FFirstDocId(); TBlobPt TxtBsDocId; int Docs=0;
while (TxtBs->FNextDocId(TxtBsTrvBlobPt, TxtBsDocId)){
Docs++; if (Docs%100==0){printf("%d\r", Docs);}
if ((MxDocs!=-1)&&(Docs>=MxDocs)){break;}
// get document data
TStr DocNm; TStr DocStr;
TxtBs->GetDocNmStr(TxtBsDocId, DocNm, DocStr);
// add document to bow
BowDocBs->AddHtmlDoc(DocNm, TStrV(), DocStr, false);
}
// return results
BowDocBs->AssertOk();
return BowDocBs;
}
