TEST(TStr, ToUc) {
TStr Mixedcase = "AbCd";
TStr Uppercase = "ABCD";
TStr Empty = "";
TStr Empty2;
Mixedcase.ToUc();
Empty.ToUc();
EXPECT_EQ(Mixedcase, Uppercase);
EXPECT_EQ(Empty, Empty2);
}
bool TFFile::Next(TStr& FNm){
// if need to recurse
if (!SubFFile.Empty()){
if (SubFFile->Next(FNm)){CurFNm=FNm; CurFNmN++; return true;}
else {SubFFile=NULL;}
}
// for all required file-paths
while (FPathN<FPathV.Len()){
// try to find anything within FPathV[FPathN] directory
while (true) {
// if directory not open -> open next first
if (!FFileDesc->FDesc) {
if ((++FPathN)<FPathV.Len()) {
FFileDesc->FDesc = opendir(FPathV[FPathN].CStr());
} else break;
if (!FFileDesc->FDesc) break; // failed to open this one; pass control to outer loop
}
FFileDesc->DirEnt = readdir(FFileDesc->FDesc);
if (FFileDesc->DirEnt) {
// found something
TStr FBase = FFileDesc->GetFBase();
FNm = FPathV[FPathN]+FBase;
struct stat Stat;
int ErrCd = stat(FNm.CStr(), &Stat);
Assert(ErrCd==0); // !bn: assert-with-exception [pa se drugje po tej funkciji]
if (S_ISREG(Stat.st_mode)) {
if ((FBase!=".")&&(FBase!="..")){
TStr FExt=FNm.GetFExt(); if (!CsImpP){FExt.ToUc(); FBase.ToUc();}
if (((FExtV.Empty())||(FExtV.SearchForw(FExt)!=-1))&&
((FBaseWc.Empty())||(FBase.IsWcMatch(FBaseWc)))){
CurFNm=FNm; CurFNmN++; return true;}
}
} else if (S_ISDIR(Stat.st_mode) && RecurseP) {
if ((FBase!=".")&&(FBase!="..")){
TStr SubFPath=FPathV[FPathN]+FBase;
TStrV SubFPathV; SubFPathV.Add(SubFPath);
SubFFile=New(SubFPathV, FExtV, FBaseWc, RecurseP);
if (SubFFile->Next(FNm)){CurFNm=FNm; CurFNmN++; return true;}
else {SubFFile=NULL;}
}
}
} else {
// end of directory; clean up (ignore DirEnt, it's allocated within FDesc), pass control to outer loop
FFileDesc->DirEnt = NULL;
int ErrCd = closedir(FFileDesc->FDesc);
FFileDesc->FDesc = NULL;
Assert(ErrCd==0);
break;
}
}
}
// not found
CurFNm=""; CurFNmN=-1; return false;
}