mirror of
https://github.com/Bubberstation/Bubberstation.git
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fbce7aa40f
* Drastically improved the USB connection for air alarms. Any airlock can now be made into a shell (#68632) The USB connections for air alarms have been improved and now include scrubber control, vent control and the setting of the air alarm mode. Also fixes a bug where the limits were not being properly set. The scrubber, vent and limit control can be duplicated in the circuit to allow multiple limits/scrubbers/vents to be controlled by one circuit. Any airlock can be made into a shell during construction by configuring the airlock electronic before insert. * Drastically improved the USB connection for air alarms. Any airlock can now be made into a shell Co-authored-by: Watermelon914 <37270891+Watermelon914@users.noreply.github.com>
197 lines
6.4 KiB
Plaintext
197 lines
6.4 KiB
Plaintext
/datum/wires/airlock/shell
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holder_type = /obj/machinery/door/airlock/shell
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proper_name = "Circuit Airlock"
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/datum/wires/airlock/shell/on_cut(wire, mend)
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// Don't allow them to re-enable autoclose.
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if(wire == WIRE_TIMING)
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return
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return ..()
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/obj/machinery/door/airlock/shell
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name = "circuit airlock"
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autoclose = FALSE
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/obj/machinery/door/airlock/shell/Initialize(mapload)
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. = ..()
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AddComponent( \
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/datum/component/shell, \
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unremovable_circuit_components = list(new /obj/item/circuit_component/airlock, new /obj/item/circuit_component/airlock_access_event), \
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capacity = SHELL_CAPACITY_LARGE, \
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shell_flags = SHELL_FLAG_ALLOW_FAILURE_ACTION|SHELL_FLAG_REQUIRE_ANCHOR \
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)
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/obj/machinery/door/airlock/shell/check_access(obj/item/I)
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return FALSE
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/obj/machinery/door/airlock/shell/canAIControl(mob/user)
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return FALSE
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/obj/machinery/door/airlock/shell/canAIHack(mob/user)
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return FALSE
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/obj/machinery/door/airlock/shell/allowed(mob/user)
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if(SEND_SIGNAL(src, COMSIG_AIRLOCK_SHELL_ALLOWED, user) & COMPONENT_AIRLOCK_SHELL_ALLOW)
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return TRUE
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return isAdminGhostAI(user)
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/obj/machinery/door/airlock/shell/set_wires()
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return new /datum/wires/airlock/shell(src)
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/obj/item/circuit_component/airlock
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display_name = "Airlock"
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desc = "The general interface with an airlock. Includes general statuses of the airlock"
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/// The shell, if it is an airlock.
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var/obj/machinery/door/airlock/attached_airlock
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/// Bolts the airlock (if possible)
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var/datum/port/input/bolt
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/// Unbolts the airlock (if possible)
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var/datum/port/input/unbolt
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/// Opens the airlock (if possible)
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var/datum/port/input/open
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/// Closes the airlock (if possible)
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var/datum/port/input/close
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/// Contains whether the airlock is open or not
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var/datum/port/output/is_open
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/// Contains whether the airlock is bolted or not
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var/datum/port/output/is_bolted
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/// Called when the airlock is opened.
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var/datum/port/output/opened
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/// Called when the airlock is closed
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var/datum/port/output/closed
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/// Called when the airlock is bolted
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var/datum/port/output/bolted
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/// Called when the airlock is unbolted
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var/datum/port/output/unbolted
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/obj/item/circuit_component/airlock/populate_ports()
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// Input Signals
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bolt = add_input_port("Bolt", PORT_TYPE_SIGNAL)
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unbolt = add_input_port("Unbolt", PORT_TYPE_SIGNAL)
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open = add_input_port("Open", PORT_TYPE_SIGNAL)
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close = add_input_port("Close", PORT_TYPE_SIGNAL)
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// States
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is_open = add_output_port("Is Open", PORT_TYPE_NUMBER)
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is_bolted = add_output_port("Is Bolted", PORT_TYPE_NUMBER)
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// Output Signals
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opened = add_output_port("Opened", PORT_TYPE_SIGNAL)
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closed = add_output_port("Closed", PORT_TYPE_SIGNAL)
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bolted = add_output_port("Bolted", PORT_TYPE_SIGNAL)
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unbolted = add_output_port("Unbolted", PORT_TYPE_SIGNAL)
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/obj/item/circuit_component/airlock/register_shell(atom/movable/shell)
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. = ..()
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if(istype(shell, /obj/machinery/door/airlock))
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attached_airlock = shell
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RegisterSignal(shell, COMSIG_AIRLOCK_SET_BOLT, .proc/on_airlock_set_bolted)
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RegisterSignal(shell, COMSIG_AIRLOCK_OPEN, .proc/on_airlock_open)
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RegisterSignal(shell, COMSIG_AIRLOCK_CLOSE, .proc/on_airlock_closed)
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/obj/item/circuit_component/airlock/unregister_shell(atom/movable/shell)
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attached_airlock = null
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UnregisterSignal(shell, list(
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COMSIG_AIRLOCK_SET_BOLT,
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COMSIG_AIRLOCK_OPEN,
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COMSIG_AIRLOCK_CLOSE,
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))
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return ..()
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/obj/item/circuit_component/airlock/proc/on_airlock_set_bolted(datum/source, should_bolt)
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SIGNAL_HANDLER
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is_bolted.set_output(should_bolt)
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if(should_bolt)
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bolted.set_output(COMPONENT_SIGNAL)
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else
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unbolted.set_output(COMPONENT_SIGNAL)
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/obj/item/circuit_component/airlock/proc/on_airlock_open(datum/source, force)
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SIGNAL_HANDLER
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is_open.set_output(TRUE)
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opened.set_output(COMPONENT_SIGNAL)
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/obj/item/circuit_component/airlock/proc/on_airlock_closed(datum/source, forced)
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SIGNAL_HANDLER
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is_open.set_output(FALSE)
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closed.set_output(COMPONENT_SIGNAL)
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/obj/item/circuit_component/airlock/input_received(datum/port/input/port)
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if(!attached_airlock)
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return
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if(COMPONENT_TRIGGERED_BY(bolt, port))
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attached_airlock.bolt()
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if(COMPONENT_TRIGGERED_BY(unbolt, port))
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attached_airlock.unbolt()
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if(COMPONENT_TRIGGERED_BY(open, port) && attached_airlock.density)
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INVOKE_ASYNC(attached_airlock, /obj/machinery/door/airlock.proc/open)
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if(COMPONENT_TRIGGERED_BY(close, port) && !attached_airlock.density)
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INVOKE_ASYNC(attached_airlock, /obj/machinery/door/airlock.proc/close)
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/obj/item/circuit_component/airlock_access_event
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display_name = "Airlock Access Event"
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desc = "An event that can be handled through circuit components to determine if the door should open or not for an entity that might be trying to access it."
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circuit_flags = CIRCUIT_FLAG_INSTANT
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/// The shell, if it is an airlock.
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var/obj/machinery/door/airlock/attached_airlock
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/// Tells the event to open the airlock.
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var/datum/port/input/open_airlock
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/// The person trying to open the airlock.
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var/datum/port/output/accessing_entity
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/// The signal sent when this event is triggered
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var/datum/port/output/event_triggered
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/obj/item/circuit_component/airlock_access_event/register_shell(atom/movable/shell)
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. = ..()
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if(istype(shell, /obj/machinery/door/airlock))
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attached_airlock = shell
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RegisterSignal(shell, COMSIG_AIRLOCK_SHELL_ALLOWED , .proc/handle_allowed)
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/obj/item/circuit_component/airlock_access_event/unregister_shell(atom/movable/shell)
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attached_airlock = null
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UnregisterSignal(shell, list(
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COMSIG_AIRLOCK_SHELL_ALLOWED ,
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))
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return ..()
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/obj/item/circuit_component/airlock_access_event/populate_ports()
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open_airlock = add_input_port("Should Open Airlock", PORT_TYPE_RESPONSE_SIGNAL, trigger = .proc/should_open_airlock)
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accessing_entity = add_output_port("Accessing Entity", PORT_TYPE_ATOM)
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event_triggered = add_output_port("Event Triggered", PORT_TYPE_INSTANT_SIGNAL)
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/obj/item/circuit_component/airlock_access_event/proc/should_open_airlock(datum/port/input/port, list/return_values)
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CIRCUIT_TRIGGER
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if(!return_values)
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return
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return_values["should_open"] = TRUE
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/obj/item/circuit_component/airlock_access_event/proc/handle_allowed(datum/source, mob/accesser)
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SIGNAL_HANDLER
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if(!attached_airlock)
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return
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SScircuit_component.queue_instant_run()
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accessing_entity.set_output(accesser)
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event_triggered.set_output(COMPONENT_SIGNAL)
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var/list/result = SScircuit_component.execute_instant_run()
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if(!result)
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attached_airlock.visible_message(span_warning("[attached_airlock]'s circuitry overheats!"))
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return
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if(result["should_open"])
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return COMPONENT_AIRLOCK_SHELL_ALLOW
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