int Markovsky::LearnLine(string &line) {
// Ignore quotes
if (isdigit(line[0])) return false;
if (line[0] == '<') return false;
if (line[0] == '[') return false;
vector<string> curwords;
tokenizeString(line, curwords);
string cleanline = joinString(curwords);
if (lines.find(cleanline) != lines.end()) return false;
set<string>::iterator lineit = lines.insert(cleanline).first;
int sz = curwords.size();
for (int i = 0; i < sz; i++) {
map<string, word_t>::iterator wit = words.find(curwords[i]);
if (wit == words.end()) {
word_t cword;
context_t cxt(lineit, i);
cword.push_back(cxt);
words[curwords[i]] = cword;
} else {
context_t cxt(lineit, i);
((*wit).second).push_back(cxt);
}
num_contexts++;
}
return true;
}
// Make a new function declaration.
Function_decl*
make_function_decl(Location loc, String const* n, Decl_seq const& p, Type const* r, Stmt const* s)
{
Input_context cxt(loc);
if (!check_definition(r, s))
return make_error_node<Function_decl>();
return new Function_decl(loc, n, get_function_type(p, r), p, s);
}
// Make a new variable declaration.
Variable_decl*
make_variable_decl(Location loc, String const* n, Type const* t, Expr const* e)
{
Input_context cxt(loc);
if (!check_initializer(t, e))
return make_error_node<Variable_decl>();
return new Variable_decl(loc, n, t, e);
}
void JitWriter::writeEpilogue(const FrameState*) {
if (enable_verbose) {
#ifdef AVMPLUS_VERBOSE
console_ << "analyze " << method_ << "\n";
#endif
}
Context cxt(method_, method_->pool()->core->console, toplevel_, abc_env_, calling_context_);
InstrGraph* ir = parseAbc(method_, jit_mgr_->lattice(), jit_mgr_->infos(),
alloc_, abc_,
toplevel_, abc_env_, profiled_info_,
cxt);
jit_mgr_->set_ir(method_, ir);
switch (enable_mode) {
case kModeInterpret:
jit_mgr_->set_interp(method_, ir);
break;
case kModeLirStubs:
case kModeLir:
jit_mgr_->set_lir(method_, ir, profiled_info_);
break;
}
}
