--
-- config.example.lua
--
-- Copy this to /config.lua on each device and edit it. One config.lua PER device.
-- The program updater never overwrites config.lua, so these settings survive a
-- re-install. Every device (coordinator + RTUs) needs unit_id, unit_type, modem;
-- the rest are subsystem knobs used only by that device's program.
--

return {
    -- === required on every device ===
    unit_id   = 3,               -- unique number across the whole facility
    unit_type = "sim_chamber",   -- coordinator routes/labels by this. one of:
                                 --   "coordinator"
                                 --   "sim_chamber"
                                 --   "data_center"
                                 --   "hydroponics"
                                 --   "me_network"
                                 --   "power"
    modem     = "back",          -- side/name of this device's ENDER modem

    -- === subsystem knobs (sim_chamber RTU example) ===
    -- these are just the top-of-file constants the chamber program already uses
    chamber_type    = "hostilenetworks:sim_chamber",
    barrel_side     = "back",
    barrel_type     = "minecraft:barrel",
    catalyst_top_up = 8,
    catalyst_low    = 8,

    -- === subsystem knobs (me_network RTU) ===
    -- me_bridge = "back",   -- side/name of the Advanced Peripherals ME Bridge (auto-detected if omitted)

    -- === subsystem knobs (data_center RTU) ===
    -- Monitoring needs nothing (ports auto-discovered). CONTROL needs these,
    -- because CC can't read a port's in-world mode. Port roles confirmed as
    -- 0=input, 1=models, 2=output (adjust the names if this data center's ports
    -- enumerate differently):
    -- dc_input_port   = "hostilenetworks:data_center_io_port_0",  -- item input
    -- dc_model_port   = "hostilenetworks:data_center_io_port_1",  -- model input
    -- dc_output_port  = "hostilenetworks:data_center_io_port_2",  -- output
    -- dc_model_source = "minecraft:barrel_0",   -- barrel of models to load. KEEP IT
    --   SELF-AWARE ONLY: the data center only accepts Self-Aware models, and CC
    --   cannot read a model's tier (getItemDetail gives only an opaque nbt hash),
    --   so the load picker shows whatever is in this barrel. Curate it accordingly.
    -- dc_input_source = "minecraft:barrel_1",   -- barrel of predictions (feeds port_0)
    -- dc_output_sink  = "minecraft:barrel_2",   -- where to push outputs (optional; not required)

    -- === RTU status cadence ===
    status_interval = 2,         -- seconds between status broadcasts to the coordinator

    -- === coordinator-only fields (ignored by RTUs) ===
    -- for a device with unit_type = "coordinator":
    -- chambers_monitor = "monitor_0",  -- monitor for the chambers dashboard (auto-detected if omitted)
    -- me_monitor       = "monitor_1",  -- monitor for the ME dashboard (omit to skip the ME monitor)
    -- one 4x4 monitor per data center, keyed by that DC RTU's unit_id:
    -- dc_monitors = {
    --     [11] = "monitor_2",
    --     [12] = "monitor_3",
    --     [13] = "monitor_4",
    --     [14] = "monitor_5",
    --     [15] = "monitor_6",
    --     [16] = "monitor_7",
    -- },
    -- link_timeout     = 15,           -- seconds of silence before a unit is marked OFFLINE
    -- ping_interval    = 3,            -- seconds between pings to keep RTU link lights fresh
}