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## About The Pull Request TODO: - [x] Main circuit code - [x] BCI compatibility - [x] Limiting range in some way(not intended as a private cross map coms system) This adds a new NFC component, its similair to NTNet component with the distinction it will only be received by the shell's circuit you target. Allowing more targeted networking for things like remotes I'd love suggestions for a max range, if any. Because im not really sure. Maby circuit has to be in vision for it to work? gif is too big so here is direct link to discord embedded gif showing it off https://cdn.discordapp.com/attachments/326831214667235328/1296810437295341649/example.gif?ex=6713a455&is=671252d5&hm=f87b282ac71c318eac03b4a53e03ebcfd91e5a0b0a1e9165beb3f87318b96809& <img src="https://cdn.discordapp.com/attachments/326831214667235328/1296810437295341649/example.gif?ex=6713a455&is=671252d5&hm=f87b282ac71c318eac03b4a53e03ebcfd91e5a0b0a1e9165beb3f87318b96809&"> ## Why It's Good For The Game NTNet is powerfull for making networked circuits, but I lack a good way to create a direct "remote" with complex data. I want to make a circuit that makes it easier to controll other circuits in a less strictly coupeld way and this seems like a clean way to make those ## Changelog 🆑 add: A new cirucit component allows NFC communications /🆑 --------- Co-authored-by: Ben10Omintrix <138636438+Ben10Omintrix@users.noreply.github.com>
81 lines
2.6 KiB
Plaintext
81 lines
2.6 KiB
Plaintext
/**
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* # NFC Receiver Component
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*
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* Sends a data package through NFC directly to a shell
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* if we ever get more shells like BCI's that are nested, keep in mind this may not work correctly unless adjusted
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*/
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/obj/item/circuit_component/nfc_receive
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display_name = "NFC Receiver"
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desc = "Receives data packages through NFC. If Encryption Key is set then only signals with the same Encryption Key will be received."
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category = "Utility"
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circuit_flags = CIRCUIT_FLAG_OUTPUT_SIGNAL //trigger_output
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/// The list type
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var/datum/port/input/option/list_options
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/// Data being received
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var/datum/port/output/data_package
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/// Encryption key
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var/datum/port/input/enc_key
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/obj/item/circuit_component/nfc_receive/populate_options()
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list_options = add_option_port("List Type", GLOB.wiremod_basic_types)
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/obj/item/circuit_component/nfc_receive/populate_ports()
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data_package = add_output_port("Data Package", PORT_TYPE_LIST(PORT_TYPE_ANY))
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enc_key = add_input_port("Encryption Key", PORT_TYPE_STRING)
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/obj/item/circuit_component/nfc_receive/register_shell(atom/movable/shell)
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RegisterSignal(shell, COMSIG_CIRCUIT_NFC_DATA_SENT, PROC_REF(nfc_receive))
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RegisterSignal(shell, COMSIG_ORGAN_IMPLANTED, PROC_REF(on_organ_implanted))
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RegisterSignal(shell, COMSIG_ORGAN_REMOVED, PROC_REF(on_organ_removed))
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/obj/item/circuit_component/nfc_receive/unregister_shell(atom/movable/shell)
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UnregisterSignal(shell, list(
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COMSIG_CIRCUIT_NFC_DATA_SENT,
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COMSIG_ORGAN_IMPLANTED,
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COMSIG_ORGAN_REMOVED,
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))
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/obj/item/circuit_component/nfc_receive/proc/on_organ_implanted(datum/source, mob/living/carbon/owner)
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SIGNAL_HANDLER
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RegisterSignal(owner, COMSIG_CIRCUIT_NFC_DATA_SENT, PROC_REF(nfc_receive))
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/obj/item/circuit_component/nfc_receive/proc/on_organ_removed(datum/source, mob/living/carbon/owner)
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SIGNAL_HANDLER
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UnregisterSignal(owner, COMSIG_CIRCUIT_NFC_DATA_SENT)
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/obj/item/circuit_component/nfc_receive/pre_input_received(datum/port/input/port)
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if(port == list_options)
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var/new_datatype = list_options.value
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data_package.set_datatype(PORT_TYPE_LIST(new_datatype))
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/obj/item/circuit_component/nfc_receive/proc/nfc_receive(obj/item/circuit_component/source,obj/sender, list/data)
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SIGNAL_HANDLER
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if(get_dist(sender,parent) >= 10)
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return
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if(data["enc_key"] != enc_key.value)
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return
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var/datum/weakref/ref = data["port"]
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var/datum/port/input/port = ref?.resolve()
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if(!port)
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return
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var/datum/circuit_datatype/datatype_handler = data_package.datatype_handler
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if(!datatype_handler?.can_receive_from_datatype(port.datatype))
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return
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data_package.set_output(data["data"])
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trigger_output.set_output(COMPONENT_SIGNAL)
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