int main(int argc, char **argv) {
if (argc < 2) {
usage();
}
get_args(&argc, &argv);
translator.set_callsite_mode(true); // translate callsites, not raw addrs.
for (int i=0; i < argc; i++) {
ifstream comp_file(argv[i]);
if (comp_file.fail()) {
cerr << "Unable to open file: '" << argv[i] << "'" << endl;
exit(1);
}
// try to find frame info database based on location of first effort file
// fail if it's not found and we can't look up the symbols with SymtabAPI
if (translate) {
string dir(dirname(argv[i]));
ostringstream path;
path << dir << "/viewer-data/symtab";
frames.reset(FrameDB::load_from_file(path.str()));
}
effort_key key;
ezw_header header;
effort_key::read_in(comp_file, key);
ezw_header::read_in(comp_file, header);
if (stage == none) { // no parameters
write_metadata(cout, key, header);
continue;
}
string metric;
int type, number;
if (!parse_filename(argv[i], &metric, &type, &number)) {
cerr << "Invalid effort file: " << argv[i] << endl;
exit(1);
}
ostringstream sufstr;
sufstr << "-" << metric << "-" << type << "-" << number;
string suffix = sufstr.str();
if (stage & metadata) { // output metadata to a file.
ostringstream mdname;
mdname << "md" << suffix;
ofstream mdfile(mdname.str().c_str());
write_metadata(mdfile, key, header);
}
if (stage < wt_coeff) return 0;
// Do EZW decoding to get wavelet coefficients
wavelet::wt_matrix reconstruction;
ezw_decoder decoder;
// Use the decode level in the header by default for both ezw and iwt.
if (iwt_level < 0) iwt_level = header.level;
if (reduce) {
// if we're reducing the size of the output, we need to tell the decoder
// to create a matrix to hold only the inverse-transformed levels.
iwt_level = decoder.decode(comp_file, reconstruction, iwt_level, &header);
} else {
// if not, then we do a full ezw decode with the level of the forward transform
// Don't set the IWT level, though. The user may still want fewer inverse
// transforms but full size data.
decoder.decode(comp_file, reconstruction, header.level, &header);
}
if (stage & wt_coeff) {
ostringstream matname;
matname << "wt" << suffix;
ofstream wtfile(matname.str().c_str());
output(reconstruction, wtfile);
}
if (stage < reconstruct) return 0;
// Do iwt for full reconstruction.
wt_direct dwt;
dwt.iwt_2d(reconstruction, iwt_level);
if (stage & reconstruct) {
ostringstream matname;
matname << "recon" << suffix;
ofstream reconfile(matname.str().c_str());
output(reconstruction, reconfile);
}
}
return 0;
}
