public void Sim200ms(float dt)
{
int x, y;
Grid.CellToXY(Grid.PosToCell(this), out x, out y);
JObject message = Z.net.get_message_for("sent_joules", x, y);
if (outstanding && message != null)
{
// We got a response from the server, deal with it
int spare = (int)message["spare"];
if ((outstanding_joules - spare) > 0)
{
this.battery.ConsumeEnergy(outstanding_joules - spare);
}
outstanding = false;
outstanding_joules = 0;
}
// Only send messages to the server if we are actually enabled
if (!outstanding && ztransporter.is_enabled_and_linked())
{
// We are not currently waiting for a message
// so make a message, and then wait for response
int int_joules_to_send = (int)this.battery.JoulesAvailable;
if (int_joules_to_send > 0)
{
outstanding_joules = int_joules_to_send;
message = Network.make_message("send_joules", x, y);
message["joules"] = int_joules_to_send;
Z.net.send_message(message);
outstanding = true;
}
}
}
public void Sim1000ms(float dt)
{
int x, y;
Grid.CellToXY(Grid.PosToCell(this), out x, out y);
// Buffer five objects to send, that way you dont only get
// 20g (or whatever) per second
if (autoSend && (objects.Count <= 5))
{
add_to_object_list();
}
JObject message = Z.net.get_message_for("sent_object", x, y);
if (outstanding && message != null)
{
// We got a response from the server, deal with it
if ((bool)message["accepted"])
{
objects.RemoveAt(0);
}
outstanding = false;
}
// Only send message when enabled, you know the rest
if (!outstanding && objects.Count != 0 && ztransporter.is_enabled_and_linked())
{
// We are not currently waiting for a message
// so make a message, and then wait for response
message = Network.make_message("send_object", x, y);
String object_to_send = objects[0];
message["object"] = object_to_send;
// We need to (re)send the current message to the server
Z.net.send_message(message);
outstanding = true;
}
}
public void Dispense(float dt)
{
// Because of how complex materials, we are NOT going to only
// use the internal buffer of the tank/whatever.
// As soon as we get a suitable element to send, we are going to
// cache it in a special buffer, and that buffer has these rules:
// 1. There can only EVER be one thing buffered at a time
// 2. Any thing that enters the buffer MUST exit
// by being sent to the server, it cannot use any other way
// using these two simple rules, that should prevent a lot of
// possible exploits from happening, like asking the server to
// take 500g of 21 degree temperture, and then having it rise by
// 5 degrees while waiting for a response, and this having
// the 5 degrees destroyed
int x, y;
Grid.CellToXY(Grid.PosToCell(this), out x, out y);
JObject message = Z.net.get_message_for("sent_packet", x, y);
if (outstanding && message != null)
{
// We got a response from the server, deal with it
if ((bool)message["accepted"])
{
buffered = null; // Message sent and received, KILL IT
}
outstanding = false;
}
// Only make and send a message if we are enabled
if (!outstanding && ztransporter.is_enabled_and_linked())
{
// We are not currently waiting for a message
// so make a message (if necessary), and then wait for response
if (buffered == null)
{
// We need to remove some of the primary element, make a
// message out of it and then send that to the sever
PrimaryElement suitableElement
= this.FindSuitableElement();
// If the suitableElement returned is null, then we
// don't have any suitable elements in our storage,
// so skip this whole section
if (suitableElement != null)
{
suitableElement.KeepZeroMassObject = false;
message = Network.make_message("send_packet", x, y);
message["phase"] = (this.isGas ? "Gas" : "Liquid");
message["packet"]
= convert_from_primary(suitableElement);
buffered = message;
}
}
if (buffered != null)
{
// We need to (re)send the current message to the server
Z.net.send_message(buffered);
outstanding = true;
}
}
}
