mirror of
https://github.com/Aurorastation/Aurora.3.git
synced 2026-08-31 00:49:06 +01:00
BatrachophrenoandGitHub
c92d909534
Fleshes out wire panel skill behavior and signaler management. Electrical Engineering 4 was very OP for revealing all wire labels of all machines, and it was super fun while it lasted. Wire panels now have associated skills with their use, and increased skill ranks will increase the proportion of wires (chosen at random) that are easily recognizable on sight for certain types of wiring panels. **Professional:** 75% revealed **Trained:** 50% revealed **Familiar:** 30% revealed _(note: having both Electrical and Mechanical engineering at least Trained gives you that baseline 30%, reflecting how your knowledge can probably translate to decent guesswork.)_ The following wire panels are affected: **Electrical Engineering:** - APCs - Cameras - IFF Beacons - Radios - Smartfridges - SMES Units **Mechanical Engineering** - Airlocks - Disposal Units - Fabricators - Vending Machines **Atmospherics Systems** - Air Alarms **Reactor Systems** - Particle Accelerator Control Boxes (lol) **Robotics** - Hardsuits - Suit Storage Units (sharing the love is all) - Robots - Tag Scanners **Xenobiology** - Stasis Cages Also, I made it possible to blow out all the lights in an APC's area by snipping the power regulator cable and then pulsing the lights wire. Great for signalers. Speaking of signalers, new app deployed to all Engineering, Research, and Robotics personal modular computers: <img width="816" height="722" alt="Screenshot 2026-07-14 144049" src="https://github.com/user-attachments/assets/3d588712-ebfd-47ac-b699-7cdac2c04907" /> Self-explanatory. Please only use corporate-provided software for behavior within your contract regulations.
158 lines
6.0 KiB
Plaintext
158 lines
6.0 KiB
Plaintext
GLOBAL_VAR_INIT(ntnet_card_uid, 1)
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/obj/item/computer_hardware/network_card
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name = "basic NTNet network card"
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desc = "A basic network card for usage with standard NTNet frequencies."
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power_usage = 25
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origin_tech = list(TECH_DATA = 2, TECH_ENGINEERING = 1)
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critical = FALSE
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icon_state = "netcard_basic"
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hardware_size = 1
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var/identification_id // Identification ID. Technically MAC address of this device. Can't be changed by user.
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var/identification_string = "" // Identification string, technically nickname seen in the network. Can be set by user.
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var/long_range = FALSE
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var/ethernet = FALSE // Hard-wired, therefore always on, ignores NTNet wireless checks.
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var/obj/item/integrated_signaler/signal/sradio = FALSE // integrated signaler - not present on basic model.
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var/obj/item/integrated_signaler/signal/secondary_sradio = FALSE // second receiver for NTOS signaler software.
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var/obj/item/integrated_signaler/signal/transmit_sradio = FALSE // transmitter for NTOS signaler software.
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malfunction_probability = 1
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/obj/item/computer_hardware/network_card/diagnostics(mob/user)
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..()
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to_chat(user, SPAN_NOTICE("NIX Unique ID: [identification_id]"))
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to_chat(user, SPAN_NOTICE("NIX User Tag: [identification_string]"))
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to_chat(user, SPAN_NOTICE("Supported protocols:"))
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to_chat(user, SPAN_NOTICE("511.m SFS (Subspace) - Standard Frequency Spread"))
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if(sradio)
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to_chat(user, SPAN_NOTICE("511.s WFS (Subspace) - Wide Frequency Spread / Signaling"))
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if(long_range)
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to_chat(user, SPAN_NOTICE("511.n HB (Subspace) - High Bandwidth / Long Range"))
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if(ethernet)
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to_chat(user, SPAN_NOTICE("OpenEth (Physical Connection) - Physical Network Connection Port"))
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/obj/item/computer_hardware/network_card/Initialize()
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. = ..()
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identification_id = GLOB.ntnet_card_uid
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GLOB.ntnet_card_uid++
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/obj/item/computer_hardware/network_card/signaler
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name = "NTNet signaler network card"
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desc = "An upgraded version of the basic network card, capable of transmitting and receiving over NTNet as well as custom frequencies."
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power_usage = 75
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origin_tech = list(TECH_DATA = 3, TECH_ENGINEERING = 1)
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/obj/item/computer_hardware/network_card/signaler/Initialize()
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. = ..()
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initialize_signaler_radios()
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/obj/item/computer_hardware/network_card/advanced
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name = "advanced NTNet network card"
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desc = "An advanced network card for usage with standard NTNet frequencies. Its transmitter is strong enough to connect even off-station."
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long_range = TRUE
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origin_tech = list(TECH_DATA = 4, TECH_ENGINEERING = 2)
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power_usage = 150 // Better range but higher power usage.
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icon_state = "netcard_advanced"
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hardware_size = 2
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/obj/item/computer_hardware/network_card/advanced/Initialize()
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. = ..()
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initialize_signaler_radios()
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/obj/item/computer_hardware/network_card/wired
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name = "wired NTNet network card"
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desc = "An advanced network card for usage with standard NTNet frequencies. This one also supports wired connection."
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ethernet = TRUE
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origin_tech = list(TECH_DATA = 5, TECH_ENGINEERING = 3)
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power_usage = 150 // Better range but higher power usage.
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icon_state = "netcard_ethernet"
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hardware_size = 3
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/obj/item/computer_hardware/network_card/wired/Initialize()
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. = ..()
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initialize_signaler_radios()
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/obj/item/computer_hardware/network_card/proc/initialize_signaler_radios()
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if(!sradio)
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sradio = new /obj/item/integrated_signaler/signal/network_card(src)
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sradio.set_listening(FALSE)
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if(!secondary_sradio)
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secondary_sradio = new /obj/item/integrated_signaler/signal/network_card(src)
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secondary_sradio.set_listening(FALSE)
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if(!transmit_sradio)
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transmit_sradio = new /obj/item/integrated_signaler/signal/network_card(src)
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transmit_sradio.set_listening(FALSE)
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/obj/item/computer_hardware/network_card/proc/get_signaler_radio(var/channel = 1)
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if(channel == 0)
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return transmit_sradio
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if(channel == 2)
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return secondary_sradio
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return sradio
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/obj/item/computer_hardware/network_card/proc/receive_signaler_signal(var/obj/item/integrated_signaler/signal/receiver, var/datum/signal/signal)
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if(!parent_computer || !parent_computer.enabled || !enabled || !check_functionality())
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return FALSE
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var/channel
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if(receiver == sradio)
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channel = 1
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else if(receiver == secondary_sradio)
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channel = 2
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else
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return FALSE
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if(istype(parent_computer.active_program, /datum/computer_file/program/signaler))
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var/datum/computer_file/program/signaler/active_signaler = parent_computer.active_program
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active_signaler.receive_signal(channel, signal)
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for(var/datum/computer_file/program/signaler/signaler_program in parent_computer.idle_threads)
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signaler_program.receive_signal(channel, signal)
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return TRUE
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// Returns a string identifier of this network card
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/obj/item/computer_hardware/network_card/proc/get_network_tag()
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return "[identification_string] (NID [identification_id])"
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// 0 - No signal, 1 - Low signal, 2 - High signal. 3 - Wired Connection
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/obj/item/computer_hardware/network_card/proc/get_signal(var/specific_action = 0)
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if(!parent_computer) // Hardware is not installed in anything. No signal. How did this even get called?
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return 0
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if(!enabled)
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return 0
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if(!check_functionality())
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return 0
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if(!GLOB.ntnet_global || !GLOB.ntnet_global.check_function(specific_action))
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return 0
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if(parent_computer)
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var/turf/T = get_turf(parent_computer)
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if((T && istype(T)) && is_station_level(T.z))
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// Computer is on station. Low/High signal depending on what type of network card you have
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if(ethernet)
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return 3
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else if(long_range)
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return 2
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else
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return 1
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var/area/A = get_area(parent_computer)
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if(A.centcomm_area && ethernet)
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return 3
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if(long_range) // Computer is not on station, but it has upgraded network card. Low signal.
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return 1
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return 0 // Computer is not on station and does not have upgraded network card. No signal.
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/obj/item/computer_hardware/network_card/Destroy()
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if(sradio)
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QDEL_NULL(sradio)
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if(secondary_sradio)
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QDEL_NULL(secondary_sradio)
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if(transmit_sradio)
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QDEL_NULL(transmit_sradio)
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if(parent_computer?.network_card == src)
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parent_computer.network_card = null
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parent_computer = null
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return ..()
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