Method main_handler

src/proxy/http/HttpSM.cc:2657–2708

}

int
HttpSM::main_handler(int event, void *data)
{
  ink_release_assert(magic == HTTP_SM_MAGIC_ALIVE);

  HttpSMHandler jump_point = nullptr;
  ink_assert(reentrancy_count >= 0);
  reentrancy_count++;

  // Don't use the state enter macro since it uses history
  //  space that we don't care about
  SMDbg(dbg_ctl_http, "%s, %d", HttpDebugNames::get_event_name(event), event);

  HttpVCTableEntry *vc_entry = nullptr;

  if (data != nullptr) {
    // Only search the VC table if the event could have to
    //  do with a VIO to save a few cycles

    if (event < VC_EVENT_EVENTS_START + 100) {
      vc_entry = vc_table.find_entry(static_cast<VIO *>(data));
    }
  }

  if (vc_entry) {
    jump_point = (static_cast<VIO *>(data) == vc_entry->read_vio) ? vc_entry->vc_read_handler : vc_entry->vc_write_handler;
    ink_assert(jump_point != (HttpSMHandler) nullptr);
    ink_assert(vc_entry->vc != (VConnection *)nullptr);
    (this->*jump_point)(event, data);
  } else {
    ink_assert(default_handler != (HttpSMHandler) nullptr);
    (this->*default_handler)(event, data);
  }

  // The sub-handler signals when it is time for the state
  //  machine to exit.  We can only exit if we are not reentrantly
  //  called otherwise when the our call unwinds, we will be
  //  running on a dead state machine
  //
  // Because of the need for an api shutdown hook, kill_this()
  // is also reentrant.  As such, we don't want to decrement
  // the reentrancy count until after we run kill_this()
  //
  if (terminate_sm == true && reentrancy_count == 1) {
    kill_this();
  } else {
    reentrancy_count--;
    ink_assert(reentrancy_count >= 0);
  }

  return (VC_EVENT_CONT);
}

// void HttpSM::tunnel_handler_post_or_put()
//