//----------------------------------------------------------------//
void USLuaSerializer::SerializeToFile ( cc8* filename ) {
USFileStream fileStream;
fileStream.OpenWrite ( filename );
this->SerializeToStream ( fileStream );
}
//----------------------------------------------------------------//
bool USData::Save ( cc8* filename, bool affirm_path ) {
USFileStream out;
if ( !out.OpenWrite ( filename, affirm_path ) ) return false;
this->mMutex.Lock ();
out.WriteBytes ( this->mBytes , this->mBytes.Size ());
this->mMutex.Unlock ();
return true;
}
//----------------------------------------------------------------//
bool USFileSys::Copy ( cc8* path, cc8* newPath ) {
zl_stat fileStat;
if ( !USFileSys::GetFileStat ( path, fileStat )) return false;
if ( !fileStat.mExists ) return false;
if ( fileStat.mIsDir ) {
bool result = true;
STLString cwd = USFileSys::GetCurrentPath ();
STLString toPath = USFileSys::GetAbsoluteDirPath ( newPath );
USFileSys::AffirmPath ( toPath );
USFileSys::SetCurrentPath ( path );
ZLDIR* itr = zl_dir_open ();
if ( itr ) {
while ( zl_dir_read_entry ( itr )) {
cc8* entry = zl_dir_entry_name ( itr );
if ( strcmp ( entry, "." ) == 0 ) continue;
if ( strcmp ( entry, ".." ) == 0 ) continue;
STLString destEntry = toPath;
destEntry.append ( entry );
if ( !USFileSys::Copy ( entry, destEntry )) {
result = false;
break;
}
}
zl_dir_close ( itr );
}
USFileSys::SetCurrentPath ( cwd );
return result;
}
else {
USFileStream infile;
if ( infile.OpenRead ( path )) {
USFileStream outfile;
if ( outfile.OpenWrite ( newPath )) {
outfile.WriteStream ( infile );
return true;
}
}
}
return false;
}