const std::string &DeferredRenderer::light_vert_src() {
if(light_vert_src_.empty()) {
const char *vert_file = "shader/deferred/deferred_light.vs";
string vert_path = Filesystem::GetAppPath(vert_file);
MemoryFile mem_file(vert_path);
bool opened = mem_file.Open();
SR_ASSERT(opened == true);
const char *src = (const char*)(mem_file.start);
light_vert_src_ = src;
mem_file.Close();
}
return light_vert_src_;
}
bool MemDumper::dump(QFile *_file) const
{
#ifdef Q_WS_WIN
return false;
#endif
Q_CHECK_PTR(_file);
Q_ASSERT(_file -> isOpen());
QRegExp mem_addr_regex("^([0-9a-fA-F]+)-([0-9a-fA-F]+)\\sr");
QDir system_proc_dir("/proc");
QDir proc_dir(system_proc_dir.absoluteFilePath(QString::number(m_pid)));
QString maps_file_str(proc_dir.absoluteFilePath("maps"));
QString mem_file_str(proc_dir.absoluteFilePath("mem"));
QFile maps_file(maps_file_str);
QFile mem_file(mem_file_str);
if(!maps_file.open(QIODevice::ReadOnly) || !mem_file.open(QIODevice::ReadOnly))
{
qCritical("ERROR: Open file error: %s", maps_file.errorString().toLocal8Bit().data());
return false;
}
QTextStream maps_str(&maps_file);
for(QString line = maps_str.readLine(); !line.isNull(); line = maps_str.readLine())
{
qint32 pos = mem_addr_regex.indexIn(line);
if(!pos)
{
qint64 start = mem_addr_regex.capturedTexts()[1].toLongLong(NULL, 16);
qint64 end = mem_addr_regex.capturedTexts()[2].toLongLong(NULL, 16);
qint64 size = end - start;
for(qint64 read = 0; read < size;)
{
start += read;
mem_file.seek(start);
QByteArray buf;
buf = mem_file.read(size - read);
if(buf.size() < size - read && mem_file.error() != QFile::NoError)
{
qCritical("ERROR: Open file error: %s", mem_file.errorString().toLocal8Bit().data());
return false;
}
_file -> write(buf);
read += buf.size();
}
}
}
return true;
}
const std::string &DeferredRenderer::light_frag_src() {
if(light_frag_src_.empty()) {
const char *frag_file = "shader/deferred/deferred_light.fs";
string frag_path = Filesystem::GetAppPath(frag_file);
MemoryFile mem_file(frag_path);
bool opened = mem_file.Open();
SR_ASSERT(opened == true);
const char *src = (const char*)(mem_file.start);
const std::string &light_model_src = Light::GetLightModelFragSrc();
light_frag_src_ = light_model_src;
light_frag_src_ += src;
mem_file.Close();
}
return light_frag_src_;
}
int main()
{
mem_filesystem fs;
//REV: Make fake filesystem
std::string bname="memfiletest.binary";
std::string tname="memfiletest.txt";
std::ofstream bin( bname, std::ios::binary | std::ios::out );
double xd=3.0, yd=2.5, zd=5.0;
int xi=1, yi=15, zi=30000;
long int xl=5999333, yl=1, zl=483;
//bin << xd << yd << zd << xi << yi << zi << xl << yl << zl;
bin.write( (char*)&xd, sizeof(xd) );
bin.write( (char*)&yd, sizeof(yd) );
bin.write( (char*)&zd, sizeof(zd) );
bin.write( (char*)&xi, sizeof(xi) );
bin.write( (char*)&yi, sizeof(yi) );
bin.write( (char*)&zi, sizeof(zi) );
bin.write( (char*)&xl, sizeof(xl) );
bin.write( (char*)&yl, sizeof(yl) );
bin.write( (char*)&zl, sizeof(zl) );
bin.close();
std::ofstream txt( tname );
txt << xd << " " << yd << " " << zd << " " << xi << " " << yi << " " << zi <<
" " << xl << " " << yl << " " << zl; //no endl.
txt.close();
//make a double then int file.
fs.add_file_from_disk( bname );
fs.add_file_from_disk( tname );
memfile_ptr binptr = fs.get_ptr( bname );
memfile_ptr txtptr = fs.get_ptr( tname );
xd=binptr.consume_from_binary<double>(), yd=binptr.consume_from_binary<double>(), zd=binptr.consume_from_binary<double>(), xi=binptr.consume_from_binary<int>(), yi=binptr.consume_from_binary<int>(), zi=binptr.consume_from_binary<int>(), xl=binptr.consume_from_binary<long int>(), yl=binptr.consume_from_binary<long int>(), zl=binptr.consume_from_binary<long int>();
//REV: HOLY SHIT, fprintf optional args are read in opposite order (maybe)!!!!!!!!!!
//fprintf( stdout, "From binary: %lf %lf %lf %d %d %d %ld %ld %ld", binptr.consume_from_binary<double>(), binptr.consume_from_binary<double>(), binptr.consume_from_binary<double>(), binptr.consume_from_binary<int>(), binptr.consume_from_binary<int>(), binptr.consume_from_binary<int>(), binptr.consume_from_binary<long int>(), binptr.consume_from_binary<long int>(), binptr.consume_from_binary<long int>() );
fprintf( stdout, "From binary: %lf %lf %lf %d %d %d %ld %ld %ld\n", xd,yd,zd,xi,yi,zi,xl,yl,zl);
std::istringstream iss = txtptr.get_string_stream();
double ds[3];
int di[3];
long int dl[3];
iss >> xd >> yd >> zd >> xi >> yi >> zi >> xl >> yl >> zl;
fprintf(stdout, "FROM TXT:\n");
std::cout << xd << " " << yd << " " << zd << " " << xi << " " << yi << " " << zi << " " << xl << " " << yl << " " << zl << std::endl;
fs.add_file( mem_file("testout.out", false) );
memfile_ptr outptr = fs.get_ptr( "testout.out" );
outptr.print( "HERE IS THE DATA:\n" );
//std::ostringstream ss = outptr.get_out_string_stream();
//ss << xd << " " << yd << " " << zd << " " << xi << " " << yi << " " << zi << " " << xl << " " << yl << " " << zl << std::endl;
outptr.printf("%lf %lf %lf %d %d %d %ld %ld %ld\n", xd,yd,zd,xi,yi,zi,xl,yl,zl);
outptr.mfile->tofile( ".", outptr.mfile->filename );
}
