void patch(void)
{
TTR_Node *node, *stored;
int type;
SET_GLOBAL_SCOPE();
for ( node = dll_pop_head(call_patch_list);
node != NULL;
node = dll_pop_head(call_patch_list)) {
stored = GET_SYMBOL(N_STR(node));
if (stored == NULL) {
fprintf(stderr, "<Line %d> Function \"%s\" never defined\n",
N_LINE(node), N_STR(node));
err_exit("Fatal error");
} else {
N_DTYPE(node) = N_DTYPE(stored);
if (COMPARE_TYPES(N_CHILD(stored, 0), N_CHILD(node, 0))) {
fprintf(stderr,
"<Line %d> Incompatible types in call to %s.\n",
N_LINE(node), N_STR(node));
err_exit("Fatal error");
}
}
}
for ( node = dll_pop_head(var_patch_list);
node != NULL;
node = dll_pop_head(var_patch_list)) {
SET_GLOBAL_SCOPE();
ENTER_SCOPE(N_SCOPE(node));
if (N_TYPE(node) == N_ASSIGN) {
TTR_set_ident_data_type(symbol_table,
N_CHILD(node, 0), N_DTYPE(N_CHILD(node, 1)));
}
type = TTR_infer_data_type(node);
if (type == INVALID_T) {
fprintf(stderr, "<Line %d> Incompatible types.\n",
N_LINE(node));
err_exit("Fatal error");
} else if (type == UNDEFINED_T) {
fprintf(stderr, "<Line %d> Unknown symbol.\n", N_LINE(node));
print_tree(node, 0);
err_exit("Fatal error");
}
}
}
MaterialData *NmtMaterialReader::operator()(core::String fileName) {
if(!fileName.endsWith(".nmt")) {
return 0;
}
io::File file(fileName);
if(!file.open(io::IODevice::Read)) {
logMsg(file.getName() + " not found", ErrorLog);
return 0;
}
N_LOG_PERF;
uint fs = file.size();
char *data = new char[fs + 1];
file.readBytes(data);
data[fs] = 0;
file.close();
N_SCOPE(delete[] data);
NmtReader reader;
return reader.load(data);
}
bool MaterialCompiler::serialize(Node *n, const QList<NodeLink *> &links) {
Timer timer;
N_SCOPE(logMsg(String("shader generated in ") + (timer.elapsed() * 1000) + "ms"));
QString tpe;
return serialize(n, links, tpe);
}
