Path::Path(const Path& p1, const Path& p2)
{
// TODO: Handle case p2.HasVolume()==true
vector<UCS2String> f1(p1.GetAllFolders());
vector<UCS2String> f2(p2.GetAllFolders());
volume = p1.GetVolume();
for(vector<UCS2String>::iterator i(f1.begin()); i != f1.end(); i++)
folders.push_back(*i);
for(vector<UCS2String>::iterator i(f2.begin()); i != f2.end(); i++)
folders.push_back(*i);
file = p2.GetFile();
}
/////////////////////////////////////////////////////////////////////////
// return true if the path component of file is equal to the path component
// of path. will also return true if recursive is true and path is a parent
// of file. does not support relative paths, and will perform case-sensitive
// comparisons.
bool vfeUnixSession::TestPath (const Path& path, const Path& file, bool recursive) const
{
// we don't support relative paths
if (path.HasVolume() == false || file.HasVolume() == false)
return (false);
if (StrCompare(path.GetVolume(), file.GetVolume()) == false)
return (false);
vector<UCS2String> pc = path.GetAllFolders();
vector<UCS2String> fc = file.GetAllFolders();
if (fc.size() < pc.size())
return (false) ;
for (int i = 0 ; i < pc.size(); i++)
if (StrCompare(fc[i], pc[i]) == false)
return (false) ;
return (fc.size() == pc.size() ? true : recursive);
}
bool Path::operator==(const Path& p) const
{
if(volume != p.GetVolume())
return false;
if(folders != p.GetAllFolders())
return false;
if(file != p.GetFile())
return false;
return true;
}
