void TSOut::Save(TSIn& SIn, const int& BfL){
if (BfL==-1){
while (!SIn.Eof()){Save(SIn.GetCh());}
} else {
for (int BfC=0; BfC<BfL; BfC++){Save(SIn.GetCh());}
}
}
void TSOut::Save(TSIn& SIn, const TSize& BfL){
Fail;
if (BfL==0){ //J: used to be ==-1
while (!SIn.Eof()){Save(SIn.GetCh());}
} else {
for (TSize BfC=0; BfC<BfL; BfC++){Save(SIn.GetCh());}
}
}
void TNetInfBs::LoadCascadesTxt(TSIn& SIn, const int& Model, const double& alpha) {
TStr Line;
SIn.GetNextLn(Line);
while (!SIn.Eof() && Line != "") {
TStrV NIdV; Line.SplitOnAllCh(',', NIdV);
AddNodeNm(NIdV[0].GetInt(), TNodeInfo(NIdV[1], 0)); SIn.GetNextLn(Line); }
printf("All nodes read!\n");
while (!SIn.Eof()) { SIn.GetNextLn(Line); AddCasc(Line, Model, alpha); }
printf("All cascades read!\n");
}
void TGreedyAlg::loadCascadesFromFile(TSIn& SIn) {
TStr line;
SIn.GetNextLn(line);
while (!SIn.Eof() && line != "") {
TStrV NIdV;
line.SplitOnAllCh(',', NIdV);
addNodeNm(NIdV[0].GetInt(), TNodeInfo(NIdV[1], 0)); SIn.GetNextLn(line);
}
printf("All nodes read!\n");
while (!SIn.Eof()) {
SIn.GetNextLn(line); addCascade(line);
}
printf("All cascades read!\n");
}
TStrFeatureSpace::TStrFeatureSpace(TSIn& In) {
TInt Size(In);
Space.Gen(Size,0);
for (TStrFSSize i = 0; i < Size; i++) {
int StrLen;
In.Load(StrLen);
char *Bf = new char[StrLen + 1];
In.GetBf(Bf, StrLen);
Bf[StrLen] = '\0';
//printf("%d: [%s]\n", StrLen, Bf);
int KeyId = ISpace.AddDat(Bf, i);
Space.Add(ISpace.GetKeyOfs(KeyId));
delete[] Bf;
}
}
void TNetInfBs::LoadGroundTruthTxt(TSIn& SIn) {
GroundTruth = TNGraph::New(); TStr Line;
// add nodes
SIn.GetNextLn(Line);
while (!SIn.Eof() && Line != "") {
TStrV NIdV; Line.SplitOnAllCh(',', NIdV);
GroundTruth->AddNode(NIdV[0].GetInt()); SIn.GetNextLn(Line); }
// add edges
while (!SIn.Eof()) {
SIn.GetNextLn(Line);
TStrV NIdV; Line.SplitOnAllCh(',', NIdV);
GroundTruth->AddEdge(NIdV[0].GetInt(), NIdV[1].GetInt());
Alphas.AddDat(TIntPr(NIdV[0].GetInt(), NIdV[1].GetInt())) = NIdV[2].GetFlt();
}
printf("groundtruth nodes:%d edges:%d\n", GroundTruth->GetNodes(), GroundTruth->GetEdges());
}
PMd TMdYBayes::Load(TSIn& SIn){
TStr TypeNm(SIn);
IAssert(TypeNm==TTypeNm<TMdYBayes>());
TYNegDsType YNegDsType=TYNegDsType(int(TInt(SIn)));
TYPriorType YPriorType=TYPriorType(int(TInt(SIn)));
PYBs YBs(SIn);
PYDsBs YDsBs(SIn);
PYFSelBs YFSelBs(SIn);
PYInvIx YInvIx(SIn);
PYWordDs NegWordDs(SIn); SIn.LoadCs();
PMd Md=PMd(new TMdYBayes(
YNegDsType, YPriorType, YBs, YDsBs, YFSelBs, YInvIx));
return Md;
}
void TWebPgFetchPersist::Load(TSIn& SIn)
{
// load PUrls and call FetchUrl on each of them
int Count = 0;
while (!SIn.Eof()) {
try {
PUrl Url = TUrl::Load(SIn);
FetchUrl(Url);
Count++;
}
catch (PExcept ex) {
Notify->OnStatusFmt("TWebPgFetchPersist.Load. Exception while loading url: %s", ex->GetMsgStr().CStr());
}
catch (...) {
Notify->OnStatus("TWebPgFetchPersist.Load. Unrecognized exception while loading a url.");
}
}
}
TBigStrPool::TBigStrPool(TSIn& SIn, bool LoadCompact) : MxBfL(0), BfL(0), GrowBy(0), Bf(0) {
uint64 Tmp;
SIn.Load(Tmp); IAssert(Tmp <= uint64(TSizeMx)); MxBfL=TSize(Tmp);
SIn.Load(Tmp); IAssert(Tmp <= uint64(TSizeMx)); BfL=TSize(Tmp);
SIn.Load(GrowBy);
IAssert(MxBfL >= BfL); IAssert(BfL >= 0); IAssert(GrowBy >= 0);
if (LoadCompact) MxBfL = BfL;
if (MxBfL > 0) { Bf = (char *) malloc(MxBfL); IAssert(Bf); }
if (BfL > 0) { SIn.LoadBf(Bf, BfL); }
SIn.LoadCs();
int NStr=0; SIn.Load(NStr);
IdOffV.Gen(NStr, 0);
for (int i = 0; i < NStr; i++) {
SIn.Load(Tmp);
IAssert(Tmp <= uint64(TSizeMx));
IdOffV.Add(TSize(Tmp));
}
}
TMIn::TMIn(TSIn& SIn):
TSBase("Input-Memory"), TSIn("Input-Memory"), Bf(NULL), BfC(0), BfL(0){
BfL=SIn.Len(); Bf=new char[BfL];
for (int BfC=0; BfC<BfL; BfC++){Bf[BfC]=SIn.GetCh();}
}