typename basic_otp_mailbox_registry<Alloc, Mutex>::mailbox_ptr
basic_otp_mailbox_registry<Alloc, Mutex>::get(const eterm<Alloc>& a_proc) const
throw (err_bad_argument, err_no_process)
{
switch (a_proc.type()) {
case ATOM: return get(a_proc.to_atom());
case PID: return get(a_proc.to_pid());
default: throw err_bad_argument("Unknown process identifier", a_proc);
}
}
bool match(const eterm<Alloc>& pattern, varbind<Alloc>* binding) const
throw (err_unbound_variable)
{
if (is_any()) return true;
if (!binding) return false;
const eterm<Alloc>* value = binding->find(name());
if (value)
return check_type(value->type()) ? value->match(pattern, binding) : false;
if (!check_type(pattern.type()))
return false;
// Bind the variable
eterm<Alloc> et;
binding->bind(name(), pattern.subst(et, binding) ? et : pattern);
return true;
}
bool on_io_request(otp_mailbox& a_mbox, eixx::transport_msg*& a_msg) {
static const eterm s_put_chars = eterm::format("{io_request,_,_,{put_chars,S}}");
if (!a_msg)
return true;
varbind l_binding;
if (s_put_chars.match(a_msg->msg(), &l_binding))
std::cerr << "I/O request from server: "
<< l_binding[S]->to_string() << std::endl;
else
std::cerr << "I/O server got a message: " << a_msg->msg() << std::endl;
return true;
}
bool match(const eterm<Alloc>& pattern, varbind<Alloc>* binding) const
throw (err_unbound_variable) {
if (is_any()) return true;
const eterm<Alloc>* value = binding ? binding->find(c_str()) : NULL;
if (value)
return value->match(pattern, binding);
if (binding != NULL) {
// Bind the variable
eterm<Alloc> et;
binding->bind(name(), pattern.subst(et, binding) ? et : pattern);
}
return true;
}
